{"version":3,"file":"index.cjs","names":["DataDirectionTypeEnum","ChipTypeEnum","hasProps","CommonIrCabinetTypeEnum","ScreenDriveTypeEnum","ModuleCascadeDiretionEnum","ChipTypeEnum","ScreenDriveTypeEnum","NSCardTypeEnum","Struct","t","groupByProps","hasProps","isSimpleScreen","ScreenPortAddrInfo","isStandardScreen","notEmpty","groupByProps","hasProps","ScreenPortAddrInfo","Struct","ChipTypeEnum","ScanTypeEnum","DataDirectionTypeEnum","ScreenDriveTypeEnum","ChipTypeEnum","ChipTypeEnum","ScreenDriveTypeEnum","MaxValue","AutoAdjustRefreshRateTypeEnum","notEmpty","AutoAdjustRefreshRateParameters","Struct","AddressMapping","Struct","ModulationModeTypeEnum","crc16","SenderModulationInfo","Struct","crc16","SenderRedundancyInfo","Struct","ScanBoardConnectTypeEnum","Session","Struct","Struct","crc16","GraphicsDVIPortInfo","PathReporter","Struct","AddressMapping","Struct","crc16","Struct","ScreenAdjustParams","Struct","Struct","LEDDisplyTypeEnum","ComplexLEDDisplayInfo","PathReporter","Struct","debug","Struct","LEDDisplyTypeEnum","SimpleLEDDisplayInfo","PathReporter","Struct","debug","Struct","LEDDisplyTypeEnum","StandardLEDDisplayInfo","PathReporter","debug","ScreenInfoRelativeAddress","crc16","LEDDisplyTypeEnum","debug","XMLParser","t","SystemParameterConfig","ScanBoardProperty","crc16","isSimpleScreen","ScreenDataInSoftSpace","LEDDisplyTypeEnum","OnePortLoadInfo","isStandardScreen","DviSelectModeEnum","CabinetInDevice","isComplexScreen","LEDDisplyTypeEnum","SimpleLEDDisplayInfo","StandardLEDDisplayInfo","ComplexLEDDisplayInfo","NSCardTypeEnum","Request","TimeoutError","ErrorType","HDEnableModeEnum","VedioSelectModeEnum","NSCardTypeEnum","LEDDisplyTypeEnum","UInt8","UInt32","LEDDisplyTypeEnum","debug","t","ScreenDataInSoftSpace","ErrorType","itFirstNotNull","decodeUIntLE","minimax","Connection","Session","#devices","#screens","#reduList","#modulations","Request","AddressMapping","DeviceType","BaudRateTypeEnum","crc8","#ready","pack","crc16","SoftwareSpaceBaseAddress","TestModeEnum","getScreenLocation","isHorizontalConnection","isTopConnection","PortScanBoardInfo","isLeftConnection","SimpleLEDDisplayInfo","LEDDisplyTypeEnum","VirtualModeTypeEnum","isSimpleScreen","UInt16","unpack","PathReporter","isSimpleScreen","isHorizontalConnection","isLeftConnection","isTopConnection","isStandardScreen","notEmptyXY","ZipReader","Uint8ArrayReader","Uint8ArrayWriter","ZipWriter","XMLParser","Zip","crc16","Request","DeviceType","ErrorType","ResponseError"],"sources":["../src/CommonCalculator.ts","../src/ConfigurationError.ts","../src/CustomTransform.ts","../src/DviScreenConfigInfo.ts","../src/FileInfo.ts","../src/GetScreenPortAddrInfo.ts","../src/GetScreenSenderAddrInfo.ts","../src/AutoRefreshRate.ts","../src/ChipInherentProperties.ts","../src/ScannerCapabilitySUM2030.ts","../src/ScannerCapabilityICN2053.ts","../src/HWAccessorCalculator.ts","../src/HWStatus.ts","../src/ModulationInfo.ts","../src/RedundancyInfo.ts","../src/ScreenConfigInfo.ts","../src/Session.ts","../src/SoftwareSpaceHeader.ts","../src/DVIInfo.ts","../src/ScanBdRecordNoSendParams.ts","../src/findKnownAddresses.ts","../src/ScannerBinData.ts","../src/ScreenAdjustInfo.ts","../src/ComplexRegionInfo.ts","../src/ComplexScreen.ts","../src/PortInfo.ts","../src/SimpleSingleScreen.ts","../src/RegionInfo.ts","../src/StandardScreen.ts","../src/ScreenInfo.ts","../src/configs.ts","../src/convertLEDDisplayInfoToScreenDataInSoftSpace.ts","../src/convertScreenDataInSoftSpaceToLEDDisplayInfo.ts","../src/GetDeviceTypeLanguage.ts","../src/enumerator.ts","../src/packAndSortCabinets.ts","../src/splitScreensByDevice.ts","../src/ScreenConfigurator.ts","../src/getCabinetPosition.ts","../src/NcpDataGroupMapping.ts","../src/NcpConfig.ts","../src/NcpSender.ts"],"sourcesContent":["// Nova.LCT.GigabitSystem.HardwareCaculator.dll\n// noinspection SpellCheckingInspection\n\nimport { ChipTypeEnum } from '@novastar/native/ChipType';\nimport { CommonIrCabinetTypeEnum } from '@novastar/native/CommonIrCabinetType';\nimport { DataDirectionTypeEnum } from '@novastar/native/DataDirectionType';\nimport { ModuleCascadeDiretionEnum } from '@novastar/native/ModuleCascadeDiretion';\nimport type { ScanBoardProperty } from '@novastar/native/ScanBoardProperty';\nimport { ScreenDriveTypeEnum } from '@novastar/native/ScreenDriveType';\n\nimport { hasProps } from './common';\nimport { CutMapInfo, Rectangle } from './fullScreenSelect';\n\nexport function CaculateShiftUnitNum(\n modWidth: number,\n modHeight: number,\n modTotalPointInTable: number,\n directionType: DataDirectionTypeEnum,\n cabinetRealWidth: number,\n cabinetRealHeight: number,\n): number {\n return (\n (directionType !== DataDirectionTypeEnum.Horizontal\n ? cabinetRealHeight / modHeight\n : cabinetRealWidth / modWidth) * modTotalPointInTable\n );\n}\n\nexport const GetGrayScaleByGclkNumPerRef = (gclkNumPerRef: number) => {\n if (gclkNumPerRef > 32768) {\n return 16;\n }\n if (gclkNumPerRef > 16384) {\n return 15;\n }\n if (gclkNumPerRef > 8192) {\n return 14;\n }\n if (gclkNumPerRef > 4096) {\n return 13;\n }\n if (gclkNumPerRef > 2048) {\n return 12;\n }\n if (gclkNumPerRef > 1024) {\n return 11;\n }\n return 10;\n};\n\ntype GetGclkInfoByPartNumPerRefReturnType = {\n gclkNumPerScan: number;\n validGclkNumPerScan: number;\n brightGclkNumPerScan: number;\n};\n\nexport function GetGclkInfoByPartNumPerRef(\n chipType: ChipTypeEnum,\n partNumPerRef: number,\n isPWMModel = true,\n isGLCK = true,\n): GetGclkInfoByPartNumPerRefReturnType {\n switch (chipType) {\n case ChipTypeEnum.Chip_SUM2030:\n case ChipTypeEnum.Chip_SUM2130:\n case ChipTypeEnum.Chip_SUM2033:\n case ChipTypeEnum.Chip_SUM2131:\n case ChipTypeEnum.Chip_SUM2035:\n case ChipTypeEnum.Chip_SUM2135:\n case ChipTypeEnum.Chip_SUM2032:\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 1041,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 1024,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 529,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 4) {\n return {\n gclkNumPerScan: 273,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n return {\n gclkNumPerScan: 145,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n case ChipTypeEnum.Chip_MY9268:\n case ChipTypeEnum.Chip_MY9266:\n case ChipTypeEnum.Chip_MY9366:\n case ChipTypeEnum.Chip_MY9269:\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 512,\n };\n }\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 128,\n };\n\n case ChipTypeEnum.Chip_MBI5042:\n case ChipTypeEnum.Chip_SM16136:\n case ChipTypeEnum.Chip_MY9262:\n case ChipTypeEnum.Chip_MBI5030:\n return {\n gclkNumPerScan: 1024,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 1024,\n };\n case ChipTypeEnum.Chip_MY9263:\n return {\n gclkNumPerScan: 512,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n case ChipTypeEnum.Chip_SM16158:\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 1025,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 1024,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 4) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 256,\n };\n }\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 128,\n };\n\n case ChipTypeEnum.Chip_MBI5051:\n case ChipTypeEnum.Chip_MBI5052:\n case ChipTypeEnum.Chip_MBI5053:\n case ChipTypeEnum.Chip_MBI5152:\n case ChipTypeEnum.Chip_MBI5151:\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 1025,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 1024,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 512,\n };\n }\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 256,\n };\n\n case ChipTypeEnum.Chip_MBI5050:\n return {\n gclkNumPerScan: 1025,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 1024,\n };\n case ChipTypeEnum.Chip_TLC5958:\n if ((!isPWMModel && !isGLCK) || (isPWMModel && isGLCK)) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 260,\n brightGclkNumPerScan: 256,\n };\n }\n if (isPWMModel && !isGLCK) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 516,\n brightGclkNumPerScan: 256,\n };\n }\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 133,\n brightGclkNumPerScan: 256,\n };\n\n case ChipTypeEnum.Chip_TLC59581:\n if (!isPWMModel && !isGLCK) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 260,\n brightGclkNumPerScan: 256,\n };\n }\n if (isPWMModel && !isGLCK) {\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 133,\n brightGclkNumPerScan: 128,\n };\n }\n if (isPWMModel && isGLCK) {\n return {\n gclkNumPerScan: 65,\n validGclkNumPerScan: 69,\n brightGclkNumPerScan: 64,\n };\n }\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 133,\n brightGclkNumPerScan: 128,\n };\n\n case ChipTypeEnum.Chip_MBI5153:\n case ChipTypeEnum.Chip_MBI5252:\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n if (partNumPerRef <= 3) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n\n case ChipTypeEnum.Chip_ICN2053:\n case ChipTypeEnum.Chip_ICND2055:\n case ChipTypeEnum.Chip_ICN2065:\n case ChipTypeEnum.Chip_ICN2050:\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 1034,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 1024,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 522,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 4) {\n return {\n gclkNumPerScan: 266,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n return {\n gclkNumPerScan: 138,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n\n case ChipTypeEnum.Chip_SM16159:\n case ChipTypeEnum.Chip_SM16169S:\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 1025,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 1024,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 513,\n brightGclkNumPerScan: 513,\n };\n }\n if (partNumPerRef <= 4) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n\n case ChipTypeEnum.Chip_MBI5253:\n case ChipTypeEnum.Chip_MBI5253B:\n case ChipTypeEnum.Chip_MBI5359:\n if (!isGLCK && !isPWMModel) {\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n if (partNumPerRef <= 3) {\n return {\n gclkNumPerScan: 128,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n return {\n gclkNumPerScan: 128,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n if (isGLCK && !isPWMModel) {\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 65,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 64,\n };\n }\n if (partNumPerRef <= 3) {\n return {\n gclkNumPerScan: 64,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 64,\n };\n }\n return {\n gclkNumPerScan: 64,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 64,\n };\n }\n if (!isGLCK && isPWMModel) {\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 65,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 64,\n };\n }\n if (partNumPerRef <= 3) {\n return {\n gclkNumPerScan: 64,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 64,\n };\n }\n return {\n gclkNumPerScan: 64,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 64,\n };\n }\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 33,\n validGclkNumPerScan: 32,\n brightGclkNumPerScan: 32,\n };\n }\n if (partNumPerRef <= 3) {\n return {\n gclkNumPerScan: 32,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 32,\n };\n }\n return {\n gclkNumPerScan: 32,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 32,\n };\n\n case ChipTypeEnum.Chip_MBI5051B:\n case ChipTypeEnum.Chip_MBI5155:\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 1025,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 1024,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 3) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 4) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n if (partNumPerRef <= 5) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 6) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n if (partNumPerRef <= 7) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n\n case ChipTypeEnum.Chip_MBI5353:\n case ChipTypeEnum.Chip_MBI5354:\n if (!isPWMModel) {\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 1025,\n validGclkNumPerScan: 1024,\n brightGclkNumPerScan: 1024,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 4) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n if (partNumPerRef <= 4) {\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n return {\n gclkNumPerScan: 65,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 64,\n };\n\n case ChipTypeEnum.Chip_MY9373:\n if (isGLCK) {\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 1024,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 3) {\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 256,\n };\n }\n return {\n gclkNumPerScan: 65,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 128,\n };\n }\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 513,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 257,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n if (partNumPerRef <= 3) {\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n return {\n gclkNumPerScan: 65,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 64,\n };\n\n case ChipTypeEnum.Chip_MY9348:\n case ChipTypeEnum.Chip_MY9748:\n if (!isPWMModel || chipType === ChipTypeEnum.Chip_MY9748) {\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 512,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 256,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n if (partNumPerRef <= 4) {\n return {\n gclkNumPerScan: 128,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n return {\n gclkNumPerScan: 64,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 64,\n };\n }\n if (partNumPerRef <= 1) {\n return {\n gclkNumPerScan: 256,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 128,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n if (partNumPerRef <= 4) {\n return {\n gclkNumPerScan: 64,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 64,\n };\n }\n return {\n gclkNumPerScan: 32,\n validGclkNumPerScan: 32,\n brightGclkNumPerScan: 32,\n };\n\n case ChipTypeEnum.Chip_SM16359:\n if (partNumPerRef <= 2) {\n return {\n gclkNumPerScan: 515,\n validGclkNumPerScan: 512,\n brightGclkNumPerScan: 512,\n };\n }\n if (partNumPerRef <= 4) {\n return {\n gclkNumPerScan: 259,\n validGclkNumPerScan: 256,\n brightGclkNumPerScan: 256,\n };\n }\n if (partNumPerRef <= 8) {\n return {\n gclkNumPerScan: 131,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n return {\n gclkNumPerScan: 67,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 64,\n };\n\n default:\n if (chipType !== ChipTypeEnum.Chip_VOD5153 && chipType !== ChipTypeEnum.Chip_ICND2163) {\n return {\n gclkNumPerScan: 129,\n validGclkNumPerScan: 128,\n brightGclkNumPerScan: 128,\n };\n }\n return {\n gclkNumPerScan: 74,\n validGclkNumPerScan: 64,\n brightGclkNumPerScan: 64,\n };\n }\n}\n\nexport const isValidScanBdProp = hasProps(\n 'IsDExtendMode',\n 'TwentyDataGroupEnable',\n 'Is24DataGroup',\n 'Is28DataGroup',\n 'StandardLedModuleProp',\n 'IsSymmetricalOutputMode',\n 'CommonIrCabinetMode',\n 'IsIrRegular',\n 'ChipPropey',\n 'SpecialFrameRate',\n);\n\nexport const isValidStandardLedModuleProp = hasProps('ScreenDriveType');\n\nexport const GetDoorCountFromScanBdInfo = (scanBdProp: Readonly): number => {\n if (!isValidScanBdProp(scanBdProp)) throw new TypeError('Invalid ScanBoardProperty');\n const { IsSymmetricalOutputMode, CommonIrCabinetMode } = scanBdProp;\n if (IsSymmetricalOutputMode) return 2;\n switch (CommonIrCabinetMode) {\n case CommonIrCabinetTypeEnum.FourDoor:\n return 4;\n case CommonIrCabinetTypeEnum.ThreeDoor:\n return 3;\n default:\n return 1;\n }\n};\n\nexport const GetMaxCabinetDataGroup = (scanBdProp: Readonly): number => {\n if (!isValidScanBdProp(scanBdProp)) throw new TypeError('Invalid ScanBoardProperty');\n const {\n StandardLedModuleProp: { ScreenDriveType },\n IsDExtendMode,\n TwentyDataGroupEnable,\n Is24DataGroup,\n Is28DataGroup,\n } = scanBdProp;\n switch (ScreenDriveType) {\n case ScreenDriveTypeEnum.Concurrent:\n if (IsDExtendMode) return 32;\n if (TwentyDataGroupEnable) return 20;\n if (Is28DataGroup) return 28;\n if (Is24DataGroup) return 24;\n return 16;\n case ScreenDriveTypeEnum.Serial:\n return IsDExtendMode ? 128 : 64;\n default:\n throw new TypeError('Invalid ScreenDriveType');\n }\n};\n\nexport type MaxloadSize = {\n maxWidth: number;\n maxHeight: number;\n // maxShiftUnitNum: number;\n};\n\nconst alignGroup = (value: number, screenDriveType: ScreenDriveTypeEnum): number => {\n if (screenDriveType === ScreenDriveTypeEnum.Serial) {\n if (value <= 8) return 8;\n if (value < 16) return 16;\n } else if (value < 4) {\n return 4;\n }\n return value;\n};\n\nexport const GetHorizontalCascadeMaxLoad = (\n scanBdProp: Readonly,\n maxLoadedPixels: number,\n maxArea: number,\n): MaxloadSize => {\n if (!isValidScanBdProp(scanBdProp)) throw new TypeError('Invalid ScanBoardProperty');\n const { StandardLedModuleProp, Height } = scanBdProp;\n if (!isValidStandardLedModuleProp(StandardLedModuleProp))\n throw new TypeError('Invalid StandardLedModuleProp');\n const cabinetDataGroup = GetMaxCabinetDataGroup(scanBdProp);\n const countFromScanBdInfo = GetDoorCountFromScanBdInfo(scanBdProp);\n const {\n ScanType,\n DataGroup,\n ModulePixelCols,\n ModulePixelRows,\n TotalPointInTable,\n ScreenDriveType,\n } = StandardLedModuleProp;\n const num1 = cabinetDataGroup / countFromScanBdInfo / DataGroup;\n const maxHeight = ModulePixelRows * num1;\n const rows = Math.ceil(Height / ModulePixelRows);\n const num3 = alignGroup(rows * DataGroup, ScreenDriveType);\n const maxC = Math.floor(maxArea / ScanType / num3);\n const c = Math.floor((maxLoadedPixels * ModulePixelCols) / TotalPointInTable);\n\n return {\n maxHeight,\n maxWidth: Math.min(maxC, c) * countFromScanBdInfo,\n };\n};\n\nexport const GetVerticalCascadeMaxLoad = (\n scanBdProp: Readonly,\n maxLoadedPixels: number,\n maxArea: number,\n): MaxloadSize => {\n if (!isValidScanBdProp(scanBdProp)) throw new TypeError('Invalid ScanBoardProperty');\n const { Width, StandardLedModuleProp } = scanBdProp;\n if (!isValidStandardLedModuleProp(StandardLedModuleProp))\n throw new TypeError('Invalid StandardLedModuleProp');\n const cabinetDataGroup = GetMaxCabinetDataGroup(scanBdProp);\n const countFromScanBdInfo = GetDoorCountFromScanBdInfo(scanBdProp);\n const {\n ScanType,\n DataGroup,\n ModulePixelCols,\n ModulePixelRows,\n TotalPointInTable,\n ScreenDriveType,\n } = StandardLedModuleProp;\n const num1 = cabinetDataGroup / countFromScanBdInfo / DataGroup;\n const maxWidth = ModulePixelCols * num1;\n const cols = Math.ceil(Width / ModulePixelCols);\n const num3 = alignGroup(cols * DataGroup, ScreenDriveType);\n const maxR = Math.floor(maxArea / ScanType / num3);\n const r = Math.floor((maxLoadedPixels * ModulePixelRows) / TotalPointInTable);\n return {\n maxWidth,\n maxHeight: Math.min(maxR, r) * countFromScanBdInfo,\n };\n};\n\nexport const CaculateMaxloadSize = (\n scanBdProp: Readonly,\n maxLoadedPixels: number,\n maxArea: number,\n): MaxloadSize => {\n switch (scanBdProp.ModCascadeType) {\n case ModuleCascadeDiretionEnum.RightLeft:\n case ModuleCascadeDiretionEnum.LeftRight: {\n const { maxWidth, ...other } = GetHorizontalCascadeMaxLoad(\n scanBdProp,\n maxLoadedPixels,\n maxArea,\n );\n return {\n maxWidth: scanBdProp.Height ? Math.min(maxArea / scanBdProp.Height, maxArea) : 0,\n ...other,\n };\n }\n case ModuleCascadeDiretionEnum.DownUp:\n case ModuleCascadeDiretionEnum.UpDown: {\n const { maxHeight, ...other } = GetVerticalCascadeMaxLoad(\n scanBdProp,\n maxLoadedPixels,\n maxArea,\n );\n return {\n maxHeight: scanBdProp.Width ? Math.min(maxArea / scanBdProp.Width, maxArea) : 0,\n ...other,\n };\n }\n default:\n throw new TypeError('Invalid ModCascadeType');\n }\n};\n\nexport const CaculateCutMapAddrIndex = (\n width: number,\n cutRect: Rectangle,\n pointBytes: number,\n): CutMapInfo[] => {\n const cutMapInfoList: CutMapInfo[] = [];\n for (let index = 0; index < cutRect.height; index += 1) {\n const address = ((cutRect.y + index) * width + cutRect.x) * pointBytes;\n const length = cutRect.width * pointBytes;\n cutMapInfoList.push({\n address,\n length,\n });\n }\n return cutMapInfoList;\n};\n","export default class ConfigurationError extends Error {\n constructor(msg: string) {\n super(msg);\n }\n}\n","/**\n * Nova.LCT.GigabitSystem.DataClass, Nova.LCT.GigabitSystem.Common::CustomTransform\n */\n\nimport { ChipTypeEnum } from '@novastar/native/ChipType';\nimport { NSCardTypeEnum } from '@novastar/native/NSCardType';\nimport { ScreenDriveTypeEnum } from '@novastar/native/ScreenDriveType';\n\nexport const GetSmartMode = (\n isSmartMode: boolean,\n screenDriverType: ScreenDriveTypeEnum,\n chipType: ChipTypeEnum,\n): number => {\n if (!isSmartMode) return 0;\n if (chipType === ChipTypeEnum.Chip_MBI5359 || chipType === ChipTypeEnum.Chip_MBI5353) return 1;\n if (\n screenDriverType === ScreenDriveTypeEnum.Concurrent &&\n (chipType === ChipTypeEnum.Chip_MBI5042 ||\n chipType === ChipTypeEnum.Chip_SM16136 ||\n chipType === ChipTypeEnum.Chip_MBI5030 ||\n chipType === ChipTypeEnum.Chip_RFT3630 ||\n chipType === ChipTypeEnum.Chip_MY9262 ||\n chipType === ChipTypeEnum.Chip_MY9263 ||\n chipType === ChipTypeEnum.Chip_MBI5040 ||\n chipType === ChipTypeEnum.Chip_IT1505 ||\n chipType === ChipTypeEnum.Chip_MBI5042B ||\n chipType === ChipTypeEnum.Chip_MBI5043 ||\n chipType === ChipTypeEnum.Chip_MBI5041B ||\n chipType === ChipTypeEnum.Chip_MBIA043 ||\n chipType === ChipTypeEnum.Chip_MBI5041Q ||\n chipType === ChipTypeEnum.Chip_SUM2028 ||\n chipType === ChipTypeEnum.Chip_MBI5045 ||\n chipType === ChipTypeEnum.Chip_GW6205 ||\n chipType === ChipTypeEnum.Chip_UCS1912 ||\n chipType === ChipTypeEnum.Chip_LD1512 ||\n chipType === ChipTypeEnum.Chip_MBI6030 ||\n chipType === ChipTypeEnum.Chip_MBI6023 ||\n chipType === ChipTypeEnum.Chip_MY9231 ||\n chipType === ChipTypeEnum.Chip_MY9221)\n )\n return 3;\n return 2;\n};\n\nexport const IsSaveScreenCfgToHW = (cardType: NSCardTypeEnum): boolean =>\n cardType === NSCardTypeEnum.NovaProHD ||\n cardType === NSCardTypeEnum.NovaProHD_II ||\n cardType === NSCardTypeEnum.V800 ||\n cardType === NSCardTypeEnum.V700 ||\n cardType === NSCardTypeEnum.V900 ||\n cardType === NSCardTypeEnum.VX400S ||\n cardType === NSCardTypeEnum.VX2 ||\n cardType === NSCardTypeEnum.VX4 ||\n cardType === NSCardTypeEnum.VX4S ||\n cardType === NSCardTypeEnum.VX4S_N ||\n cardType === NSCardTypeEnum.VX5 ||\n cardType === NSCardTypeEnum.K4 ||\n cardType === NSCardTypeEnum.K4S ||\n cardType === NSCardTypeEnum.K4S_N ||\n cardType === NSCardTypeEnum.K4A ||\n cardType === NSCardTypeEnum.VD43 ||\n cardType === NSCardTypeEnum.VP200 ||\n cardType === NSCardTypeEnum.VS1 ||\n cardType === NSCardTypeEnum.VS2 ||\n cardType === NSCardTypeEnum.TVctrl_230R ||\n cardType === NSCardTypeEnum.VX4U ||\n cardType === NSCardTypeEnum.K4U ||\n cardType === NSCardTypeEnum.VX2U ||\n cardType === NSCardTypeEnum.K2U ||\n cardType === NSCardTypeEnum.VX2S ||\n cardType === NSCardTypeEnum.VS3 ||\n cardType === NSCardTypeEnum.MCTRL4K ||\n cardType === NSCardTypeEnum.MCTRLR5 ||\n cardType === NSCardTypeEnum.VX6 ||\n cardType === NSCardTypeEnum.VX6S ||\n cardType === NSCardTypeEnum.VX5S ||\n cardType === NSCardTypeEnum.MCTRL1600 ||\n cardType === NSCardTypeEnum.SD2000E ||\n cardType === NSCardTypeEnum.HDMICard ||\n cardType === NSCardTypeEnum.MP8_JF ||\n cardType === NSCardTypeEnum.MCTRL600_A ||\n cardType === NSCardTypeEnum.MCTRL660_Pro ||\n cardType === NSCardTypeEnum.MCTRL660_ROE ||\n cardType === NSCardTypeEnum.K16 ||\n cardType === NSCardTypeEnum.Prime_4K ||\n cardType === NSCardTypeEnum.V1260 ||\n cardType === NSCardTypeEnum.VX16s ||\n cardType === NSCardTypeEnum.K6s ||\n cardType === NSCardTypeEnum.V1060 ||\n cardType === NSCardTypeEnum.UTA3000 ||\n cardType === NSCardTypeEnum.ProUHD_Jr ||\n cardType === NSCardTypeEnum.ProUHD ||\n cardType === NSCardTypeEnum.V760 ||\n cardType === NSCardTypeEnum.VX1 ||\n cardType === NSCardTypeEnum.VS0 ||\n cardType === NSCardTypeEnum.KT3 ||\n cardType === NSCardTypeEnum.PJ1 ||\n cardType === NSCardTypeEnum.MCTRL4K_ViewPro ||\n cardType === NSCardTypeEnum.VD28 ||\n cardType === NSCardTypeEnum.E8000_2 ||\n cardType === NSCardTypeEnum.E8000_3 ||\n cardType === NSCardTypeEnum.V960 ||\n cardType === NSCardTypeEnum.SX100 ||\n cardType === NSCardTypeEnum.KT8 ||\n cardType === NSCardTypeEnum.Mee200 ||\n cardType === NSCardTypeEnum.Mee400 ||\n cardType === NSCardTypeEnum.Mee400C ||\n cardType === NSCardTypeEnum.KT16E ||\n cardType === NSCardTypeEnum.KT8E ||\n cardType === NSCardTypeEnum.KT16C ||\n cardType === NSCardTypeEnum.KT16E_CE ||\n cardType === NSCardTypeEnum.H9 ||\n cardType === NSCardTypeEnum.H_20 ||\n cardType === NSCardTypeEnum.V1160 ||\n cardType === NSCardTypeEnum.VX1000 ||\n cardType === NSCardTypeEnum.VX600 ||\n cardType === NSCardTypeEnum.V1060n ||\n cardType === NSCardTypeEnum.MTX4000 ||\n cardType === NSCardTypeEnum.TVSend_4K ||\n cardType === NSCardTypeEnum.TwoInOne;\n\nexport const IsSystemController = (cardType: NSCardTypeEnum): boolean =>\n cardType === NSCardTypeEnum.Controller ||\n cardType === NSCardTypeEnum.HDMICard ||\n cardType === NSCardTypeEnum.E500 ||\n cardType === NSCardTypeEnum.Thundervier_S1 ||\n cardType === NSCardTypeEnum.KT3 ||\n cardType === NSCardTypeEnum.HDMICard6P ||\n cardType === NSCardTypeEnum.Sender ||\n cardType === NSCardTypeEnum.TVCard ||\n cardType === NSCardTypeEnum.VirtualSender ||\n cardType === NSCardTypeEnum.NovaProHD ||\n cardType === NSCardTypeEnum.NovaProHD_II ||\n cardType === NSCardTypeEnum.K4A ||\n cardType === NSCardTypeEnum.V800 ||\n cardType === NSCardTypeEnum.V700 ||\n cardType === NSCardTypeEnum.V900 ||\n cardType === NSCardTypeEnum.VX2 ||\n cardType === NSCardTypeEnum.VX4 ||\n cardType === NSCardTypeEnum.VX4S ||\n cardType === NSCardTypeEnum.VX4S_N ||\n cardType === NSCardTypeEnum.VX5 ||\n cardType === NSCardTypeEnum.Nova3DHD ||\n cardType === NSCardTypeEnum.VP200 ||\n cardType === NSCardTypeEnum.MCTRL4K ||\n cardType === NSCardTypeEnum.MCTRLR5 ||\n cardType === NSCardTypeEnum.VX6 ||\n cardType === NSCardTypeEnum.VX5S ||\n cardType === NSCardTypeEnum.VX6S ||\n cardType === NSCardTypeEnum.MCTRL1600 ||\n cardType === NSCardTypeEnum.K4 ||\n cardType === NSCardTypeEnum.K4S ||\n cardType === NSCardTypeEnum.K4S_N ||\n cardType === NSCardTypeEnum.VD43 ||\n cardType === NSCardTypeEnum.VS1 ||\n cardType === NSCardTypeEnum.VS2 ||\n cardType === NSCardTypeEnum.VS0 ||\n cardType === NSCardTypeEnum.V760 ||\n cardType === NSCardTypeEnum.VS3 ||\n cardType === NSCardTypeEnum.VS4 ||\n cardType === NSCardTypeEnum.TVctrl_230R ||\n cardType === NSCardTypeEnum.D_DV18 ||\n cardType === NSCardTypeEnum.VP200U ||\n cardType === NSCardTypeEnum.VX4U ||\n cardType === NSCardTypeEnum.K4U ||\n cardType === NSCardTypeEnum.K2U ||\n cardType === NSCardTypeEnum.VX2U ||\n cardType === NSCardTypeEnum.VX2S ||\n cardType === NSCardTypeEnum.D_HM14_4K ||\n cardType === NSCardTypeEnum.JZ_AX100 ||\n cardType === NSCardTypeEnum.T3 ||\n cardType === NSCardTypeEnum.JT100 ||\n cardType === NSCardTypeEnum.T1 ||\n cardType === NSCardTypeEnum.T2 ||\n cardType === NSCardTypeEnum.T8 ||\n cardType === NSCardTypeEnum.T6 ||\n cardType === NSCardTypeEnum.T1_4G ||\n cardType === NSCardTypeEnum.T2_4G ||\n cardType === NSCardTypeEnum.MCTRL660_Pro ||\n cardType === NSCardTypeEnum.MCTRL660_ROE ||\n cardType === NSCardTypeEnum.K6s ||\n cardType === NSCardTypeEnum.V1060 ||\n cardType === NSCardTypeEnum.K16 ||\n cardType === NSCardTypeEnum.H9 ||\n cardType === NSCardTypeEnum.H_20 ||\n cardType === NSCardTypeEnum.Prime_4K ||\n cardType === NSCardTypeEnum.V1260 ||\n cardType === NSCardTypeEnum.VX16s ||\n cardType === NSCardTypeEnum.PJ1 ||\n cardType === NSCardTypeEnum.ProUHD_Jr ||\n cardType === NSCardTypeEnum.ProUHD ||\n cardType === NSCardTypeEnum.MCTRL4K_ViewPro ||\n cardType === NSCardTypeEnum.C3 ||\n cardType === NSCardTypeEnum.T4 ||\n cardType === NSCardTypeEnum.TCC60_YJ ||\n cardType === NSCardTypeEnum.VD28 ||\n cardType === NSCardTypeEnum.Unknown ||\n cardType === NSCardTypeEnum.TCC50 ||\n cardType === NSCardTypeEnum.ATM ||\n cardType === NSCardTypeEnum.E8000_2 ||\n cardType === NSCardTypeEnum.E8000_3 ||\n cardType === NSCardTypeEnum.V960 ||\n cardType === NSCardTypeEnum.JT50 ||\n cardType === NSCardTypeEnum.SX100 ||\n cardType === NSCardTypeEnum.KT8 ||\n cardType === NSCardTypeEnum.TVSend_4K ||\n cardType === NSCardTypeEnum.VX1 ||\n cardType === NSCardTypeEnum.Mee200 ||\n cardType === NSCardTypeEnum.Mee400 ||\n cardType === NSCardTypeEnum.Mee400C ||\n cardType === NSCardTypeEnum.KT16E ||\n cardType === NSCardTypeEnum.KT8E ||\n cardType === NSCardTypeEnum.KT16C ||\n cardType === NSCardTypeEnum.T30 ||\n cardType === NSCardTypeEnum.T80 ||\n cardType === NSCardTypeEnum.V1160 ||\n cardType === NSCardTypeEnum.VX1000 ||\n cardType === NSCardTypeEnum.VX600 ||\n cardType === NSCardTypeEnum.VX400 ||\n cardType === NSCardTypeEnum.VX400S;\n\nexport type PortCount = 1 | 2 | 4 | 6 | 8 | 10 | 16 | 20 | 24 | 32;\n\nexport const GetPortNumber = (cardType: NSCardTypeEnum): PortCount => {\n switch (cardType) {\n case NSCardTypeEnum.VirtualSender:\n case NSCardTypeEnum.Thundervier_S1:\n case NSCardTypeEnum.T1:\n case NSCardTypeEnum.T2:\n case NSCardTypeEnum.TCC70:\n case NSCardTypeEnum.JT20:\n case NSCardTypeEnum.LCC70:\n case NSCardTypeEnum.TCC60_YJ:\n case NSCardTypeEnum.T1_4G:\n case NSCardTypeEnum.JT50:\n case NSCardTypeEnum.T2_4G:\n case NSCardTypeEnum.MCTRL4K_ViewPro:\n case NSCardTypeEnum.SX100:\n case NSCardTypeEnum.TCC50:\n return 1;\n case NSCardTypeEnum.Sender:\n case NSCardTypeEnum.FunctionCard:\n case NSCardTypeEnum.V800:\n case NSCardTypeEnum.V700:\n case NSCardTypeEnum.VX2:\n case NSCardTypeEnum.VX2U:\n case NSCardTypeEnum.VX2S:\n case NSCardTypeEnum.K2U:\n case NSCardTypeEnum.T3:\n case NSCardTypeEnum.T3H:\n case NSCardTypeEnum.JT100:\n case NSCardTypeEnum.VX1:\n case NSCardTypeEnum.C3:\n case NSCardTypeEnum.T30:\n case NSCardTypeEnum.T4:\n case NSCardTypeEnum.T4H:\n case NSCardTypeEnum.T4A:\n case NSCardTypeEnum.T40:\n case NSCardTypeEnum.T50:\n case NSCardTypeEnum.JT200:\n return 2;\n case NSCardTypeEnum.Controller:\n case NSCardTypeEnum.HDMICard:\n case NSCardTypeEnum.MCTRL600_A:\n case NSCardTypeEnum.NovaProHD:\n case NSCardTypeEnum.V900:\n case NSCardTypeEnum.VX4:\n case NSCardTypeEnum.VX4U:\n case NSCardTypeEnum.K4U:\n case NSCardTypeEnum.VX4S:\n case NSCardTypeEnum.VX4S_N:\n case NSCardTypeEnum.VX5:\n case NSCardTypeEnum.K4:\n case NSCardTypeEnum.K4S:\n case NSCardTypeEnum.K4S_N:\n case NSCardTypeEnum.K4A:\n case NSCardTypeEnum.VD43:\n case NSCardTypeEnum.VP200:\n case NSCardTypeEnum.VS1:\n case NSCardTypeEnum.E500:\n case NSCardTypeEnum.KT3:\n case NSCardTypeEnum.JZ_AX100:\n case NSCardTypeEnum.T8:\n case NSCardTypeEnum.T8H:\n case NSCardTypeEnum.T6:\n case NSCardTypeEnum.T6H:\n case NSCardTypeEnum.V960:\n case NSCardTypeEnum.T80:\n case NSCardTypeEnum.VX400:\n case NSCardTypeEnum.VX400S:\n case NSCardTypeEnum.SD2000E:\n case NSCardTypeEnum.TVSend_4K:\n case NSCardTypeEnum.MCTRL660_ROE:\n case NSCardTypeEnum.T60:\n return 4;\n case NSCardTypeEnum.HDMICard6P:\n case NSCardTypeEnum.MCTRL660_Pro:\n case NSCardTypeEnum.VX6:\n case NSCardTypeEnum.VX6S:\n case NSCardTypeEnum.K6s:\n case NSCardTypeEnum.V1060:\n case NSCardTypeEnum.UTA3000:\n case NSCardTypeEnum.VX5S:\n case NSCardTypeEnum.PJ1:\n case NSCardTypeEnum.VX600:\n case NSCardTypeEnum.V1060n:\n case NSCardTypeEnum.TVctrl_230R:\n return 6;\n case NSCardTypeEnum.Nova3DHD:\n case NSCardTypeEnum.MCTRLR5:\n case NSCardTypeEnum.NovaProHD_II:\n case NSCardTypeEnum.E8000_2:\n case NSCardTypeEnum.KT16C:\n case NSCardTypeEnum.Mee400C:\n case NSCardTypeEnum.KT8:\n return 8;\n case NSCardTypeEnum.V1160:\n case NSCardTypeEnum.VX1000:\n return 10;\n case NSCardTypeEnum.MCTRL4K:\n case NSCardTypeEnum.MCTRL1600:\n case NSCardTypeEnum.K16:\n case NSCardTypeEnum.H9:\n case NSCardTypeEnum.Prime_4K:\n case NSCardTypeEnum.V1260:\n case NSCardTypeEnum.Mee200:\n case NSCardTypeEnum.VX16s:\n case NSCardTypeEnum.ProUHD:\n case NSCardTypeEnum.MP8_JF:\n case NSCardTypeEnum.ProUHD_Jr:\n case NSCardTypeEnum.KT8E:\n case NSCardTypeEnum.E8000_3:\n return 16;\n case NSCardTypeEnum.H_20:\n case NSCardTypeEnum.MTX4000:\n case NSCardTypeEnum.TwoInOne:\n return 20;\n case NSCardTypeEnum.KT16E_CE:\n return 24;\n case NSCardTypeEnum.Mee400:\n case NSCardTypeEnum.KT16E:\n return 32;\n default:\n return 2;\n }\n};\n","import { ExtractType, Struct } from 'typed-struct';\n\nexport const DviScreenInfoFlag = 'DSCI';\n/**\n * DSCI\n */\nexport const DviScreenConfigInfo = new Struct('DviScreenConfigInfo')\n .String('header', DviScreenInfoFlag.length, 'ascii')\n .UInt16LE('crc')\n .UInt32LE('dviInfoLength')\n .UInt32LE('screenInfoLength')\n .UInt16LE('adjustInfoLength')\n // .Struct('modulationInfo', ModulationInfo)\n .back(0)\n .seek(54)\n .Buffer('data')\n .compile();\n\nexport type DviScreenConfigInfo = ExtractType;\n","// noinspection SpellCheckingInspection\n\nimport * as t from 'io-ts';\n\nexport const ScreenFileType = 'ScreenDataType';\nexport const ScreenFileVersion = '1001';\nexport const FILE_COMPRESS_AREA_START_ADDR = 0x500_2000;\n\n/**\n * Nova.LCT.GigabitSystem.CommonInfoAccessor.dll\n *\n * Nova.LCT.GigabitSystem.CommonInfoAccessor::FileInfoObject\n */\nexport const FileInfoObject = t.type({\n FileType: t.string,\n Addr: t.number,\n SrcLength: t.number,\n DestLength: t.number,\n CheckSum: t.number,\n Version: t.string,\n DecompressProps: t.string,\n});\n\n/**\n * Nova.LCT.GigabitSystem.CommonInfoAccessor::FileObject\n */\n// export type FileObject = {\n// FileType: typeof ScreenFileType;\n// Version: typeof ScreenFileVersion;\n// Data: Buffer;\n// }\n\nexport type FileInfoObject = t.TypeOf;\n\nexport const FileInfoObjectList = t.type({\n SectionFormat: t.array(FileInfoObject),\n});\n\nexport type FileInfoObjectList = t.TypeOf;\n","import { ScreenPortAddrInfo } from '@novastar/native/ScreenPortAddrInfo';\nimport { makeStruct } from '@novastar/native/common';\nimport range from 'lodash/range';\n\nimport {\n groupByProps,\n hasProps,\n isSimpleScreen,\n isStandardScreen,\n LEDDisplayInfo,\n notEmpty,\n} from './common';\n\nconst GroupKeys = ['SenderIndex', 'PortIndex'] as const;\nconst groupBySenderPort = groupByProps(...GroupKeys);\nconst notEmptySenderPort = hasProps(...GroupKeys);\n\nexport default function GetScreenPortAddrInfo(scr: LEDDisplayInfo) {\n if (isSimpleScreen(scr)) {\n const { PortCols = 0, PortRows = 0, PortScanBdInfoList = [] } = scr;\n return range(PortCols * PortRows).map((index) => {\n const {\n ScanBdBegColNo = 0,\n ScanBdEndColNo = 0,\n ScanBdBegRowNo = 0,\n ScanBdEndRowNo = 0,\n PortIndex = 0,\n } = PortScanBdInfoList[index] ?? {};\n const cols = ScanBdEndColNo - ScanBdBegColNo;\n const rows = ScanBdEndRowNo - ScanBdBegRowNo;\n const count = cols * rows;\n return makeStruct(ScreenPortAddrInfo, {\n SenderIndex: scr.SenderIndex ?? 0,\n PortIndex,\n LoadScannerCount: count,\n MinConnectIndex: 0,\n MaxConnectIndex: count - 1,\n });\n });\n }\n const list = (isStandardScreen(scr) ? scr.ScannerRegionList : scr.ScanBoardRegionInfoList) ?? [];\n const filtered = list.filter(notEmptySenderPort).filter(({ SenderIndex }) => SenderIndex !== 255);\n return groupBySenderPort(filtered).map(([group, regions]) => {\n const connections = regions.map(({ ConnectIndex }) => ConnectIndex).filter(notEmpty);\n return makeStruct(ScreenPortAddrInfo, {\n ...group,\n LoadScannerCount: regions.length,\n MinConnectIndex: Math.min(...connections),\n MaxConnectIndex: Math.max(...connections),\n });\n });\n}\n","import { ScreenPortAddrInfo } from '@novastar/native/ScreenPortAddrInfo';\nimport { makeStruct } from '@novastar/native/common';\nimport sumBy from 'lodash/sumBy';\n\nimport GetScreenPortAddrInfo from './GetScreenPortAddrInfo';\nimport { groupByProps, hasProps, LEDDisplayInfo } from './common';\n\nconst groupBySender = groupByProps('SenderIndex');\nconst notEmptySender = hasProps('SenderIndex');\n\nexport default function GetScreenSenderAddrInfo(scr: LEDDisplayInfo) {\n const ports = GetScreenPortAddrInfo(scr).filter(notEmptySender);\n return groupBySender(ports).map(([index, items]) =>\n makeStruct(ScreenPortAddrInfo, {\n ...index,\n LoadScannerCount: sumBy(items, 'LoadScannerCount'),\n }),\n );\n}\n","/* eslint-disable no-bitwise,no-param-reassign */\nimport { ExtractType, Struct } from 'typed-struct';\n\nexport const AutoRefreshRate = new Struct('AutoRefreshRate')\n .UInt16LE('TotalUnitNum')\n .UInt16LE('TotalGclkUnitNumPerScan')\n .Custom(\n 'RefNumPerVs',\n 2,\n (_, buf) => buf[0] + (buf[1] << 7),\n (_, buf, value) => {\n buf.writeUInt16LE(value);\n buf[1] <<= 1;\n return true;\n },\n )\n .UInt8('GCLKRate')\n .Custom(\n 'IsEnableTranCntNum',\n 1,\n (_, buf) => buf[0] === 85,\n (_, buf, value) => {\n buf[0] = value ? 85 : 0;\n return true;\n },\n )\n .UInt8('M1TranCntNum')\n .UInt8('M2TranCntNum')\n .UInt16LE('LightTime')\n .UInt16LE('LightTimeNum2')\n .compile();\n\nexport type AutoRefreshRate = ExtractType;\n","// noinspection JSUnusedLocalSymbols\nimport { ChipTypeEnum } from '@novastar/native/ChipType';\nimport { DetectPointTypeEnum } from '@novastar/native/DetectPointType';\nimport { ScanTypeEnum } from '@novastar/native/ScanType';\n\ntype ValueGain = readonly [value: number, gain: number];\n\n/**\n * CurrentGainStepInfo\n */\ntype GainSteps = ReadonlyArray;\n\ntype ChipInfo = Readonly<{\n ChipType: ChipTypeEnum;\n /**\n * isCommonChip\n */\n isCommon: boolean;\n /**\n * isSupportCurrentGain\n */\n hasGain: boolean;\n /**\n * isSupportPointDetect\n */\n hasPointDetect: boolean;\n channelCount: number;\n gainSteps?: GainSteps;\n}>;\n\nconst chipInfo = (\n ChipType: ChipTypeEnum,\n isCommon: boolean,\n hasGain: boolean,\n hasPointDetect: boolean,\n channelCount: number,\n gainSteps?: GainSteps,\n): ChipInfo => ({\n ChipType,\n isCommon,\n hasGain,\n hasPointDetect,\n channelCount,\n gainSteps,\n});\n\nconst gain16: GainSteps = Array(16).map((_, index) => [\n 16 * index,\n index >= 8 ? (56.25 + (index - 8) * 6.25) / 100 : (25 + 3.125 * index) / 100,\n]);\n\nconst gain32: GainSteps = Array(32).map((_, index) => [8 * index + 4, (index + 9) / 40]);\n\nconst gain64: GainSteps = Array(64).map((_, index) => [\n 4 * index + 2,\n index > 31 ? ((index - 32) * 3 + 33) / 65 : (index * 3 + 32) / 256,\n]);\n\nconst gain384: GainSteps = Array(384).map((_, index) => [\n index,\n index < 192 ? (index + 64) / 512 : (index - 128) / 256,\n]);\n\nexport const ChipInherentProperties: { [K in keyof typeof ChipTypeEnum]?: ChipInfo } = {\n Chip_CommonBase: chipInfo(ChipTypeEnum.Chip_CommonBase, true, false, false, 16),\n Chip_MBI5167: chipInfo(ChipTypeEnum.Chip_MBI5167, true, false, false, 8),\n Chip_SUM2017: chipInfo(ChipTypeEnum.Chip_SUM2017, true, false, false, 16),\n Chip_MBI5037: chipInfo(ChipTypeEnum.Chip_MBI5037, true, false, true, 16),\n Chip_MY9221: chipInfo(ChipTypeEnum.Chip_MY9221, false, false, false, 12),\n Chip_MY9231: chipInfo(ChipTypeEnum.Chip_MY9231, false, false, false, 12),\n Chip_TLS3001: chipInfo(ChipTypeEnum.Chip_TLS3001, false, false, false, 12),\n Chip_GW6205: chipInfo(ChipTypeEnum.Chip_GW6205, false, false, false, 12),\n Chip_UCS512C: chipInfo(ChipTypeEnum.Chip_UCS512C, false, false, false, 12),\n Chip_UCS1912: chipInfo(ChipTypeEnum.Chip_UCS1912, false, false, false, 12),\n Chip_LD1512: chipInfo(ChipTypeEnum.Chip_LD1512, false, false, false, 12),\n Chip_GW6202B: chipInfo(ChipTypeEnum.Chip_GW6202B, false, false, false, 12),\n Chip_MBI6030: chipInfo(ChipTypeEnum.Chip_MBI6030, true, false, true, 16),\n Chip_MBI6023: chipInfo(ChipTypeEnum.Chip_MBI6023, true, true, false, 16),\n Chip_MBI5124: chipInfo(ChipTypeEnum.Chip_MBI5124, true, false, false, 16),\n Chip_SM16017S: chipInfo(ChipTypeEnum.Chip_SM16017S, true, false, false, 16),\n Chip_MBI5124A: chipInfo(ChipTypeEnum.Chip_MBI5124A, true, false, false, 16),\n Chip_MBI5124New: chipInfo(ChipTypeEnum.Chip_MBI5124New, true, false, false, 16),\n Chip_RT5924: chipInfo(ChipTypeEnum.Chip_RT5924, true, false, false, 16),\n Chip_MY9868: chipInfo(ChipTypeEnum.Chip_MY9868, true, false, false, 16),\n Chip_MY9868A: chipInfo(ChipTypeEnum.Chip_MY9868A, true, false, false, 16),\n Chip_ICN2038: chipInfo(ChipTypeEnum.Chip_ICN2038, true, false, false, 16),\n Chip_ICN2038A: chipInfo(ChipTypeEnum.Chip_ICN2038A, true, false, false, 16),\n Chip_TLC5958: chipInfo(ChipTypeEnum.Chip_TLC5958, true, false, false, 16),\n Chip_TLC59581: chipInfo(ChipTypeEnum.Chip_TLC59581, true, false, false, 16),\n Chip_MBI5166: chipInfo(ChipTypeEnum.Chip_MBI5166, true, false, false, 16),\n Chip_MBI5266: chipInfo(ChipTypeEnum.Chip_MBI5266, true, false, true, 16),\n Chip_MBI5122: chipInfo(ChipTypeEnum.Chip_MBI5122, true, false, false, 16),\n Chip_MBI5041Q: chipInfo(ChipTypeEnum.Chip_MBI5041Q, true, false, false, 16),\n Chip_ICN2027: chipInfo(ChipTypeEnum.Chip_ICN2027, true, false, false, 16),\n Chip_LS9960: chipInfo(ChipTypeEnum.Chip_LS9960, true, false, false, 16),\n Chip_LS9918: chipInfo(ChipTypeEnum.Chip_LS9918, true, false, false, 16),\n Chip_LS9929: chipInfo(ChipTypeEnum.Chip_LS9929, true, false, false, 16),\n Chip_LS9926: chipInfo(ChipTypeEnum.Chip_LS9926, true, false, false, 16),\n Chip_LS9930: chipInfo(ChipTypeEnum.Chip_LS9930, true, false, false, 16),\n Chip_LS9935: chipInfo(ChipTypeEnum.Chip_LS9935, true, false, false, 16),\n Chip_ICND2100: chipInfo(ChipTypeEnum.Chip_ICND2100, true, false, false, 16),\n\n Chip_MBI5036: chipInfo(ChipTypeEnum.Chip_MBI5036, true, true, true, 16, gain64),\n Chip_SUM2017T: chipInfo(ChipTypeEnum.Chip_SUM2017T, true, true, false, 16, gain32),\n Chip_SUM2117: chipInfo(ChipTypeEnum.Chip_SUM2117, true, true, false, 16, gain32),\n Chip_SUM2017TD: chipInfo(ChipTypeEnum.Chip_SUM2017TD, true, true, false, 16, gain32),\n Chip_MBI5038: chipInfo(ChipTypeEnum.Chip_MBI5038, true, true, false, 16, gain64),\n Chip_MY9862: chipInfo(ChipTypeEnum.Chip_MY9862, true, true, true, 16, gain64),\n Chip_MY9862A: chipInfo(ChipTypeEnum.Chip_MY9862A, true, true, true, 16, gain64),\n Chip_ICN2038S: chipInfo(ChipTypeEnum.Chip_ICN2038S, true, true, true, 16, gain16),\n Chip_ICND2046: chipInfo(ChipTypeEnum.Chip_ICND2046, true, true, true, 16, gain16),\n Chip_FM6126: chipInfo(ChipTypeEnum.Chip_FM6126, true, true, true, 16, gain16),\n Chip_ICN2038S_Common: chipInfo(ChipTypeEnum.Chip_ICN2038S_Common, true, true, true, 16, gain16),\n Chip_MY9866: chipInfo(ChipTypeEnum.Chip_MY9866, true, true, true, 18, gain16),\n Chip_MY9866_Common: chipInfo(ChipTypeEnum.Chip_MY9866_Common, true, true, true, 18, gain16),\n\n /** */\n Chip_ICN2053: chipInfo(ChipTypeEnum.Chip_ICN2053, false, true, true, 16, gain384),\n};\n\nexport const GetGainProportion = (gain: number): number => {\n if (gain < 14) return (12.5 + 1.4 * gain) / 100;\n if (gain < 23) return (31.9 + 1.4 * (gain - 14)) / 100;\n if (gain < 32) return (44.4 + 1.4 * (gain - 23)) / 100;\n if (gain < 41) return (56.9 + 1.4 * (gain - 32)) / 100;\n if (gain < 50) return (69.4 + 1.4 * (gain - 41)) / 100;\n if (gain < 59) return (81.9 + 1.4 * (gain - 50)) / 100;\n return (94.4 + 1.4 * (gain - 59)) / 100;\n};\n\nexport const IsPWMChip = (ChipType: ChipTypeEnum): boolean =>\n [\n ChipTypeEnum.Chip_MBI5030,\n ChipTypeEnum.Chip_MBI5040,\n ChipTypeEnum.Chip_IT1505,\n ChipTypeEnum.Chip_TLC5948A,\n ChipTypeEnum.Chip_UCS9812,\n ChipTypeEnum.Chip_SM16188B,\n ChipTypeEnum.Chip_MBI5042,\n ChipTypeEnum.Chip_SM16136,\n ChipTypeEnum.Chip_MY9262,\n ChipTypeEnum.Chip_MY9263,\n ChipTypeEnum.Chip_MBI5050,\n ChipTypeEnum.Chip_RFT3630,\n ChipTypeEnum.Chip_SUM2030,\n ChipTypeEnum.Chip_SUM2130,\n ChipTypeEnum.Chip_MY9268,\n ChipTypeEnum.Chip_SCL8060,\n ChipTypeEnum.Chip_MBI5051,\n ChipTypeEnum.Chip_MBI5052,\n ChipTypeEnum.Chip_MBI5053,\n ChipTypeEnum.Chip_SM16158,\n ChipTypeEnum.Chip_TLC5958,\n ChipTypeEnum.Chip_TLC59581,\n ChipTypeEnum.Chip_MY9266,\n ChipTypeEnum.Chip_MY9366,\n ChipTypeEnum.Chip_MBI5042B,\n ChipTypeEnum.Chip_ISA2020,\n ChipTypeEnum.Chip_LS9960,\n ChipTypeEnum.Chip_LS9918,\n ChipTypeEnum.Chip_LS9929,\n ChipTypeEnum.Chip_LS9935,\n ChipTypeEnum.Chip_LS9930,\n ChipTypeEnum.Chip_LS9926,\n ChipTypeEnum.Chip_MBI5043,\n ChipTypeEnum.Chip_MBI5041B,\n ChipTypeEnum.Chip_MBIA043,\n ChipTypeEnum.Chip_MBI5041Q,\n ChipTypeEnum.Chip_SUM2028,\n ChipTypeEnum.Chip_MY9269,\n ChipTypeEnum.Chip_MBI5045,\n ChipTypeEnum.Chip_SUM2032,\n ChipTypeEnum.Chip_SUM2033,\n ChipTypeEnum.Chip_SUM2131,\n ChipTypeEnum.Chip_SUM2035,\n ChipTypeEnum.Chip_SUM2135,\n ChipTypeEnum.Chip_MBI5152,\n ChipTypeEnum.Chip_MY9221,\n ChipTypeEnum.Chip_MY9231,\n ChipTypeEnum.Chip_TLS3001,\n ChipTypeEnum.Chip_GW6205,\n ChipTypeEnum.Chip_UCS1912,\n ChipTypeEnum.Chip_LD1512,\n ChipTypeEnum.Chip_GW6202B,\n ChipTypeEnum.Chip_MBI6030,\n ChipTypeEnum.Chip_MBI6023,\n ChipTypeEnum.Chip_SM16159,\n ChipTypeEnum.Chip_MBI5151,\n ChipTypeEnum.Chip_MBI5155,\n ChipTypeEnum.Chip_MBI5252,\n ChipTypeEnum.Chip_MY9373,\n ChipTypeEnum.Chip_MBI5353,\n ChipTypeEnum.Chip_MBI5354,\n ChipTypeEnum.Chip_MBI5253,\n ChipTypeEnum.Chip_MBI5359,\n ChipTypeEnum.Chip_MBI5253B,\n ChipTypeEnum.Chip_ICN2053,\n ChipTypeEnum.Chip_ICND2055,\n ChipTypeEnum.Chip_ICN2065,\n ChipTypeEnum.Chip_ICN2050,\n ChipTypeEnum.Chip_MBI5051B,\n ChipTypeEnum.Chip_MY9348,\n ChipTypeEnum.Chip_MY9748,\n ChipTypeEnum.Chip_ICND2200,\n ChipTypeEnum.Chip_ICND2163,\n ChipTypeEnum.Chip_VOD5153,\n ChipTypeEnum.Chip_SM16169S,\n ChipTypeEnum.Chip_MBI5153,\n ChipTypeEnum.Chip_SM16359,\n ChipTypeEnum.Chip_UCS512C,\n ].includes(ChipType);\n\nexport const IsChangedOETableChip = (ChipType: ChipTypeEnum): boolean =>\n [\n ChipTypeEnum.Chip_MBI5166,\n ChipTypeEnum.Chip_MBI5266,\n ChipTypeEnum.Chip_MBI5124A,\n ChipTypeEnum.Chip_MBI5125A,\n ChipTypeEnum.Chip_LS9929,\n ChipTypeEnum.Chip_LS9935,\n ChipTypeEnum.Chip_LS9918,\n ChipTypeEnum.Chip_LS9926,\n ChipTypeEnum.Chip_LS9930,\n ].includes(ChipType);\n\nexport const IsSupport = (ChipType: ChipTypeEnum): boolean =>\n [\n ChipTypeEnum.Chip_CommonBase,\n ChipTypeEnum.Chip_ICN2038S_Common,\n ChipTypeEnum.Chip_ICN2027,\n ChipTypeEnum.Chip_MBI5036,\n ChipTypeEnum.Chip_MBI5038,\n ChipTypeEnum.Chip_TLC5929,\n ChipTypeEnum.Chip_RT5924,\n ChipTypeEnum.Chip_MY9163,\n ChipTypeEnum.Chip_MBI5042,\n ChipTypeEnum.Chip_SM16136,\n ChipTypeEnum.Chip_MY9262,\n ChipTypeEnum.Chip_MY9263,\n ChipTypeEnum.Chip_MBI5050,\n ChipTypeEnum.Chip_DM13H,\n ChipTypeEnum.Chip_MBI5030,\n ChipTypeEnum.Chip_P2510,\n ChipTypeEnum.Chip_P2518,\n ChipTypeEnum.Chip_SUM2017,\n ChipTypeEnum.Chip_SUM2017T,\n ChipTypeEnum.Chip_SUM2117,\n ChipTypeEnum.Chip_SUM2017TD,\n ChipTypeEnum.Chip_SM16027,\n ChipTypeEnum.Chip_SUM2030,\n ChipTypeEnum.Chip_SUM2130,\n ChipTypeEnum.Chip_SUM2018,\n ChipTypeEnum.Chip_MBI5034,\n ChipTypeEnum.Chip_MBI5122,\n ChipTypeEnum.Chip_MBI5040,\n ChipTypeEnum.Chip_MBI5167,\n ChipTypeEnum.Chip_IT1505,\n ChipTypeEnum.Chip_TLC5948A,\n ChipTypeEnum.Chip_UCS9812,\n ChipTypeEnum.Chip_SM16188B,\n ChipTypeEnum.Chip_MY9268,\n ChipTypeEnum.Chip_SCL8060,\n ChipTypeEnum.Chip_MBI5224,\n ChipTypeEnum.Chip_MBI5051,\n ChipTypeEnum.Chip_MBI5052,\n ChipTypeEnum.Chip_SM16158,\n ChipTypeEnum.Chip_ISA2020,\n ChipTypeEnum.Chip_MBI5053,\n ChipTypeEnum.Chip_TLC5958,\n ChipTypeEnum.Chip_TLC59581,\n ChipTypeEnum.Chip_MY9266,\n ChipTypeEnum.Chip_MY9366,\n ChipTypeEnum.Chip_MBI5042B,\n ChipTypeEnum.Chip_MBI5041B,\n ChipTypeEnum.Chip_MBI5043,\n ChipTypeEnum.Chip_MBI5041Q,\n ChipTypeEnum.Chip_SUM2028,\n ChipTypeEnum.Chip_MBIA043,\n ChipTypeEnum.Chip_MY9269,\n ChipTypeEnum.Chip_MBI5045,\n ChipTypeEnum.Chip_MBI5039,\n ChipTypeEnum.Chip_MBI5037,\n ChipTypeEnum.Chip_SUM2032,\n ChipTypeEnum.Chip_SUM2033,\n ChipTypeEnum.Chip_SUM2131,\n ChipTypeEnum.Chip_SUM2035,\n ChipTypeEnum.Chip_SUM2135,\n ChipTypeEnum.Chip_MBI5152,\n ChipTypeEnum.Chip_MY9221,\n ChipTypeEnum.Chip_MY9231,\n ChipTypeEnum.Chip_TLS3001,\n ChipTypeEnum.Chip_GW6205,\n ChipTypeEnum.Chip_UCS512C,\n ChipTypeEnum.Chip_UCS1912,\n ChipTypeEnum.Chip_LD1512,\n ChipTypeEnum.Chip_GW6202B,\n ChipTypeEnum.Chip_MBI5124,\n ChipTypeEnum.Chip_MBI5125,\n ChipTypeEnum.Chip_SM16017S,\n ChipTypeEnum.Chip_ICN2038,\n ChipTypeEnum.Chip_ICN2038A,\n ChipTypeEnum.Chip_MY9868,\n ChipTypeEnum.Chip_MY9862,\n ChipTypeEnum.Chip_SM16207S,\n ChipTypeEnum.Chip_SM16237,\n ChipTypeEnum.Chip_SM16227,\n ChipTypeEnum.Chip_SM16237P,\n ChipTypeEnum.Chip_SM16227P,\n ChipTypeEnum.Chip_ICN2038S,\n ChipTypeEnum.Chip_ICND2046,\n ChipTypeEnum.Chip_FM6126,\n ChipTypeEnum.Chip_FM6142,\n ChipTypeEnum.Chip_MY9866,\n ChipTypeEnum.Chip_MY9868A,\n ChipTypeEnum.Chip_FM6182,\n ChipTypeEnum.Chip_MY9862A,\n ChipTypeEnum.Chip_MBI5166,\n ChipTypeEnum.Chip_MBI5125A,\n ChipTypeEnum.Chip_MBI5124A,\n ChipTypeEnum.Chip_MBI5266,\n ChipTypeEnum.Chip_MBI6030,\n ChipTypeEnum.Chip_MBI6023,\n ChipTypeEnum.Chip_SM16159,\n ChipTypeEnum.Chip_SM16169S,\n ChipTypeEnum.Chip_MBI5151,\n ChipTypeEnum.Chip_MBI5051B,\n ChipTypeEnum.Chip_MBI5155,\n ChipTypeEnum.Chip_MBI5252,\n ChipTypeEnum.Chip_MY9373,\n ChipTypeEnum.Chip_MBI5153,\n ChipTypeEnum.Chip_MBI5253,\n ChipTypeEnum.Chip_MBI5359,\n ChipTypeEnum.Chip_MY9348,\n ChipTypeEnum.Chip_MY9748,\n ChipTypeEnum.Chip_MBI5353,\n ChipTypeEnum.Chip_MBI5354,\n ChipTypeEnum.Chip_MBI5253B,\n ChipTypeEnum.Chip_ICN2050,\n ChipTypeEnum.Chip_ICND2055,\n ChipTypeEnum.Chip_ICN2065,\n ChipTypeEnum.Chip_ICN2053,\n ChipTypeEnum.Chip_LS9960,\n ChipTypeEnum.Chip_LS9929,\n ChipTypeEnum.Chip_LS9935,\n ChipTypeEnum.Chip_LS9926,\n ChipTypeEnum.Chip_LS9930,\n ChipTypeEnum.Chip_GW6808,\n ChipTypeEnum.Chip_LS9918,\n ChipTypeEnum.Chip_MBI5124New,\n ChipTypeEnum.Chip_ICND2163,\n ChipTypeEnum.Chip_VOD5153,\n ChipTypeEnum.Chip_MY9866_Common,\n ChipTypeEnum.Chip_SM16359,\n ChipTypeEnum.Chip_SM16259,\n ChipTypeEnum.Chip_SCL8080,\n ChipTypeEnum.Chip_ICND2100,\n ChipTypeEnum.Chip_MBI5759,\n ChipTypeEnum.Chip_XM11920G,\n ChipTypeEnum.Chip_XM11201G,\n ChipTypeEnum.Chip_XM11202G,\n ChipTypeEnum.Chip_MBI5251,\n ChipTypeEnum.Chip_MBI5264,\n ChipTypeEnum.Chip_MBI5254,\n ChipTypeEnum.Chip_MBI5850,\n ChipTypeEnum.Chip_MBI5754,\n ChipTypeEnum.Chip_CS2033,\n ChipTypeEnum.Chip_SCL8081,\n ChipTypeEnum.Chip_SM16369,\n ChipTypeEnum.Chip_DM413,\n ChipTypeEnum.Chip_YY6018,\n ChipTypeEnum.Chip_AXS6018,\n ChipTypeEnum.Chip_RT5965,\n ChipTypeEnum.Chip_FM6363,\n ChipTypeEnum.Chip_FM6353,\n ChipTypeEnum.Chip_FM6356,\n ChipTypeEnum.Chip_FM6555,\n ChipTypeEnum.Chip_FM6565,\n ChipTypeEnum.Chip_FM6047,\n ChipTypeEnum.Chip_LS9928,\n ChipTypeEnum.Chip_LS9935B,\n ChipTypeEnum.Chip_HS3257,\n ChipTypeEnum.Chip_HX8055,\n ChipTypeEnum.Chip_HX8864,\n ChipTypeEnum.Chip_MY9758,\n ChipTypeEnum.Chip_ICND2076,\n ChipTypeEnum.Chip_ICND2159,\n ChipTypeEnum.Chip_ICND2210,\n ChipTypeEnum.Chip_CS2066,\n ChipTypeEnum.Chip_CNS7253,\n ChipTypeEnum.Chip_CS2017,\n ChipTypeEnum.Chip_CS2017S,\n ChipTypeEnum.Chip_FM6127,\n ChipTypeEnum.Chip_CNS7153,\n ChipTypeEnum.Chip_ICND2112,\n ChipTypeEnum.Chip_UCS5603,\n ChipTypeEnum.Chip_SM16017DS,\n ChipTypeEnum.Chip_HX8055,\n ChipTypeEnum.Chip_DP3264,\n ].includes(ChipType);\n\nexport const IsSupportCurrentChipTypeEnum = (ChipType: ChipTypeEnum) =>\n ChipType !== ChipTypeEnum.Chip_SUM6082 && ChipType !== ChipTypeEnum.Chip_NVS6867;\n\nexport const IsPWMAndHavePartNum = (ChipType: ChipTypeEnum) =>\n [\n ChipTypeEnum.Chip_SUM2030,\n ChipTypeEnum.Chip_MY9268,\n ChipTypeEnum.Chip_SUM2130,\n ChipTypeEnum.Chip_MBI5030,\n ChipTypeEnum.Chip_MBI5042,\n ChipTypeEnum.Chip_MY9263,\n ChipTypeEnum.Chip_SM16136,\n ChipTypeEnum.Chip_MY9262,\n ChipTypeEnum.Chip_MBI5051,\n ChipTypeEnum.Chip_MBI5052,\n ChipTypeEnum.Chip_SM16158,\n ChipTypeEnum.Chip_MBI5053,\n ChipTypeEnum.Chip_MY9266,\n ChipTypeEnum.Chip_MY9366,\n ChipTypeEnum.Chip_MBI5042B,\n ChipTypeEnum.Chip_MBI5041B,\n ChipTypeEnum.Chip_MBI5043,\n ChipTypeEnum.Chip_SUM2028,\n ChipTypeEnum.Chip_MBIA043,\n ChipTypeEnum.Chip_MY9269,\n ChipTypeEnum.Chip_MBI5045,\n ChipTypeEnum.Chip_SUM2032,\n ChipTypeEnum.Chip_SUM2033,\n ChipTypeEnum.Chip_SUM2131,\n ChipTypeEnum.Chip_SUM2035,\n ChipTypeEnum.Chip_SUM2135,\n ChipTypeEnum.Chip_SM16159,\n ChipTypeEnum.Chip_SM16169S,\n ChipTypeEnum.Chip_MBI5152,\n ChipTypeEnum.Chip_MBI5151,\n ChipTypeEnum.Chip_MBI5155,\n ChipTypeEnum.Chip_MBI5051B,\n ChipTypeEnum.Chip_MBI5252,\n ChipTypeEnum.Chip_MY9373,\n ChipTypeEnum.Chip_MBI5353,\n ChipTypeEnum.Chip_MBI5354,\n ChipTypeEnum.Chip_MBI5153,\n ChipTypeEnum.Chip_MBI5253,\n ChipTypeEnum.Chip_MBI5359,\n ChipTypeEnum.Chip_MBI5253B,\n ChipTypeEnum.Chip_MY9348,\n ChipTypeEnum.Chip_MY9748,\n ChipTypeEnum.Chip_ICN2050,\n ChipTypeEnum.Chip_ICND2055,\n ChipTypeEnum.Chip_ICN2065,\n ChipTypeEnum.Chip_ICN2053,\n ChipTypeEnum.Chip_SM16359,\n ].includes(ChipType);\n\nexport const IsSupport5042GrayEnhanced = (ChipType: ChipTypeEnum) =>\n [\n ChipTypeEnum.Chip_MBI5042,\n ChipTypeEnum.Chip_MBI5030,\n ChipTypeEnum.Chip_SM16136,\n ChipTypeEnum.Chip_MY9263,\n ChipTypeEnum.Chip_MBI5042B,\n ChipTypeEnum.Chip_MBI5043,\n ChipTypeEnum.Chip_MBI5041B,\n ChipTypeEnum.Chip_SUM2028,\n ChipTypeEnum.Chip_MBIA043,\n ChipTypeEnum.Chip_MBI5041Q,\n ChipTypeEnum.Chip_MBI5045,\n ].includes(ChipType);\n\nexport const IsSupportMBI5041BNewTiming = (ChipType: ChipTypeEnum) =>\n [\n ChipTypeEnum.Chip_MBI5042B,\n ChipTypeEnum.Chip_SUM2028,\n ChipTypeEnum.Chip_MBIA043,\n ChipTypeEnum.Chip_MBI5043,\n ChipTypeEnum.Chip_MBI5041B,\n ChipTypeEnum.Chip_MBI5041Q,\n ChipTypeEnum.Chip_MBI5045,\n ChipTypeEnum.Chip_MBI5042,\n ].includes(ChipType);\n\nexport const IsSupportDriverInterDeghostEnable = (ChipType: ChipTypeEnum) =>\n [\n ChipTypeEnum.Chip_MBI5051,\n ChipTypeEnum.Chip_MBI5052,\n ChipTypeEnum.Chip_SM16158,\n ChipTypeEnum.Chip_SM16159,\n ChipTypeEnum.Chip_SM16169S,\n ChipTypeEnum.Chip_MBI5053,\n ChipTypeEnum.Chip_MBI5152,\n ChipTypeEnum.Chip_MBI5151,\n ChipTypeEnum.Chip_MBI5252,\n ChipTypeEnum.Chip_MBI5051B,\n ChipTypeEnum.Chip_MBI5155,\n ChipTypeEnum.Chip_MY9373,\n ChipTypeEnum.Chip_MBI5353,\n ChipTypeEnum.Chip_MBI5354,\n ChipTypeEnum.Chip_MY9348,\n ChipTypeEnum.Chip_MY9748,\n ChipTypeEnum.Chip_MBI5359,\n ChipTypeEnum.Chip_MBI5253,\n ].includes(ChipType);\n\nexport const IsSupportNewOERealizeWay = (ChipType: ChipTypeEnum) =>\n ChipType === ChipTypeEnum.Chip_MBI5124New;\n\nexport const IsSupportPhotographMode = (ChipType: ChipTypeEnum) =>\n [\n ChipTypeEnum.Chip_MY9868A,\n ChipTypeEnum.Chip_MY9862A,\n ChipTypeEnum.Chip_SM16207S,\n ChipTypeEnum.Chip_SM16237,\n ChipTypeEnum.Chip_SM16227,\n ChipTypeEnum.Chip_ICN2038A,\n ChipTypeEnum.Chip_ICN2038S,\n ChipTypeEnum.Chip_ICND2046,\n ChipTypeEnum.Chip_SM16237DS,\n ].includes(ChipType);\n\nexport const IsDoubleLatChip = (ChipType: ChipTypeEnum) =>\n [\n ChipTypeEnum.Chip_MY9868A,\n ChipTypeEnum.Chip_MY9862A,\n ChipTypeEnum.Chip_SM16207S,\n ChipTypeEnum.Chip_SM16237,\n ChipTypeEnum.Chip_SM16227,\n ChipTypeEnum.Chip_ICN2038A,\n ChipTypeEnum.Chip_ICN2038S,\n ChipTypeEnum.Chip_ICND2046,\n ChipTypeEnum.Chip_SM16237DS,\n ].includes(ChipType);\n\nexport const IsConfigRegisterConcernWithScanType = (ChipType: ChipTypeEnum) =>\n [\n ChipTypeEnum.Chip_MBI5050,\n ChipTypeEnum.Chip_SUM2030,\n ChipTypeEnum.Chip_SUM2130,\n ChipTypeEnum.Chip_MY9268,\n ChipTypeEnum.Chip_SCL8060,\n ChipTypeEnum.Chip_MY9266,\n ChipTypeEnum.Chip_MY9366,\n ChipTypeEnum.Chip_MY9269,\n ChipTypeEnum.Chip_MBI5051,\n ChipTypeEnum.Chip_MBI5052,\n ChipTypeEnum.Chip_SM16158,\n ChipTypeEnum.Chip_SM16159,\n ChipTypeEnum.Chip_SM16169S,\n ChipTypeEnum.Chip_MBI5053,\n ChipTypeEnum.Chip_TLC5958,\n ChipTypeEnum.Chip_TLC59581,\n ChipTypeEnum.Chip_SUM2032,\n ChipTypeEnum.Chip_SUM2033,\n ChipTypeEnum.Chip_SUM2131,\n ChipTypeEnum.Chip_SUM2035,\n ChipTypeEnum.Chip_SUM2135,\n ChipTypeEnum.Chip_MBI5152,\n ChipTypeEnum.Chip_MBI5151,\n ChipTypeEnum.Chip_MBI5051B,\n ChipTypeEnum.Chip_MBI5155,\n ChipTypeEnum.Chip_MBI5252,\n ChipTypeEnum.Chip_MY9373,\n ChipTypeEnum.Chip_MBI5353,\n ChipTypeEnum.Chip_MBI5354,\n ChipTypeEnum.Chip_MBI5153,\n ChipTypeEnum.Chip_MBI5253,\n ChipTypeEnum.Chip_MBI5359,\n ChipTypeEnum.Chip_MBI5253B,\n ChipTypeEnum.Chip_MY9348,\n ChipTypeEnum.Chip_MY9748,\n ChipTypeEnum.Chip_ICN2050,\n ChipTypeEnum.Chip_ICND2055,\n ChipTypeEnum.Chip_ICN2065,\n ChipTypeEnum.Chip_ICND2163,\n ChipTypeEnum.Chip_VOD5153,\n ChipTypeEnum.Chip_ICN2053,\n ChipTypeEnum.Chip_SM16359,\n ].includes(ChipType);\n\nexport const IsConfigRegisterConcernWithShiftUnitNum = (ChipType: ChipTypeEnum) =>\n [ChipTypeEnum.Chip_MBI6030, ChipTypeEnum.Chip_MBI6023].includes(ChipType);\n\nexport const GetDetectPointType = (ChipType: ChipTypeEnum): DetectPointTypeEnum => {\n switch (ChipType) {\n case ChipTypeEnum.Chip_MBI5030:\n case ChipTypeEnum.Chip_MBI5034:\n case ChipTypeEnum.Chip_MBI5038:\n return DetectPointTypeEnum.OpenCircuit;\n case ChipTypeEnum.Chip_MBI5036:\n case ChipTypeEnum.Chip_MBI5039:\n case ChipTypeEnum.Chip_RT5924:\n return DetectPointTypeEnum.BothNoDivision;\n case ChipTypeEnum.Chip_MBI5040:\n case ChipTypeEnum.Chip_MY9163:\n case ChipTypeEnum.Chip_TLC5929:\n case ChipTypeEnum.Chip_MY9862:\n case ChipTypeEnum.Chip_MBI5353:\n case ChipTypeEnum.Chip_MY9263:\n case ChipTypeEnum.Chip_SM16207S:\n case ChipTypeEnum.Chip_SM16237:\n case ChipTypeEnum.Chip_SM16227:\n case ChipTypeEnum.Chip_MBI5354:\n case ChipTypeEnum.Chip_MBI5359:\n return DetectPointTypeEnum.BothDivision;\n case ChipTypeEnum.Chip_DM13H:\n case ChipTypeEnum.Chip_MBI5037:\n return DetectPointTypeEnum.BothDivision;\n case ChipTypeEnum.Chip_MBI5051:\n case ChipTypeEnum.Chip_MBI5052:\n case ChipTypeEnum.Chip_MBI5053:\n case ChipTypeEnum.Chip_MBI5152:\n case ChipTypeEnum.Chip_MBI5153:\n case ChipTypeEnum.Chip_TLC5958:\n case ChipTypeEnum.Chip_MBI5266:\n case ChipTypeEnum.Chip_MBI5155:\n case ChipTypeEnum.Chip_MBI5252:\n case ChipTypeEnum.Chip_TLC59581:\n case ChipTypeEnum.Chip_MBI5051B:\n case ChipTypeEnum.Chip_MBI5253:\n case ChipTypeEnum.Chip_ICN2053:\n case ChipTypeEnum.Chip_MY9373:\n case ChipTypeEnum.Chip_ICND2055:\n case ChipTypeEnum.Chip_ICN2050:\n case ChipTypeEnum.Chip_ICN2065:\n case ChipTypeEnum.Chip_MBI5253B:\n return DetectPointTypeEnum.OpenCircuit;\n case ChipTypeEnum.Chip_MBI5045:\n return DetectPointTypeEnum.OpenCircuit;\n case ChipTypeEnum.Chip_IT1505:\n return DetectPointTypeEnum.BothDivision;\n default:\n return DetectPointTypeEnum.None;\n }\n};\n\nexport const IsNoCurrentGainButConfig = (ChipType: ChipTypeEnum): boolean =>\n [\n ChipTypeEnum.Chip_SUM2017,\n ChipTypeEnum.Chip_SM16027,\n ChipTypeEnum.Chip_MBI5037,\n ChipTypeEnum.Chip_MY9221,\n ChipTypeEnum.Chip_TLC5948A,\n ChipTypeEnum.Chip_MY9231,\n ChipTypeEnum.Chip_MBI6030,\n ChipTypeEnum.Chip_MBI6023,\n ChipTypeEnum.Chip_RT5924,\n ChipTypeEnum.Chip_TLC5958,\n ChipTypeEnum.Chip_TLC59581,\n ChipTypeEnum.Chip_MBI5166,\n ChipTypeEnum.Chip_MBI5125A,\n ChipTypeEnum.Chip_MBI5124A,\n ChipTypeEnum.Chip_MBI5266,\n ChipTypeEnum.Chip_MBI5122,\n ChipTypeEnum.Chip_MBI5125,\n ChipTypeEnum.Chip_MBI5124,\n ChipTypeEnum.Chip_SM16017S,\n ChipTypeEnum.Chip_SM16207S,\n ChipTypeEnum.Chip_MBI5124New,\n ].includes(ChipType);\n\nexport const DetectPointIsConfigOtherReg = (ChipType: ChipTypeEnum): boolean =>\n [\n ChipTypeEnum.Chip_MBI5153,\n ChipTypeEnum.Chip_ICN2053,\n ChipTypeEnum.Chip_ICND2055,\n ChipTypeEnum.Chip_ICN2065,\n ChipTypeEnum.Chip_ICN2050,\n ChipTypeEnum.Chip_MBI5252,\n ].includes(ChipType);\n\nexport const CanManualAdjustRefreshRate = (\n chipType: ChipTypeEnum,\n scanType: ScanTypeEnum,\n): boolean => {\n switch (chipType) {\n case ChipTypeEnum.Chip_MBI5030:\n case ChipTypeEnum.Chip_MBI5040:\n case ChipTypeEnum.Chip_MBI5042:\n case ChipTypeEnum.Chip_RFT3630:\n case ChipTypeEnum.Chip_MBI5042B:\n case ChipTypeEnum.Chip_MBI5045:\n case ChipTypeEnum.Chip_MY9262:\n case ChipTypeEnum.Chip_SM16136:\n case ChipTypeEnum.Chip_SUM2028:\n case ChipTypeEnum.Chip_MBI5043:\n case ChipTypeEnum.Chip_MBIA043:\n case ChipTypeEnum.Chip_MBI5041B:\n case ChipTypeEnum.Chip_MBI5041Q:\n case ChipTypeEnum.Chip_MY9263:\n case ChipTypeEnum.Chip_UCS9812:\n case ChipTypeEnum.Chip_TLC5948A:\n case ChipTypeEnum.Chip_SM16188B:\n case ChipTypeEnum.Chip_IT1505:\n return scanType !== ScanTypeEnum.Scan_static;\n case ChipTypeEnum.Chip_MBI5050:\n case ChipTypeEnum.Chip_SCL8060:\n case ChipTypeEnum.Chip_SUM2030:\n case ChipTypeEnum.Chip_MY9268:\n case ChipTypeEnum.Chip_MBI5051:\n case ChipTypeEnum.Chip_MBI5052:\n case ChipTypeEnum.Chip_MBI5053:\n case ChipTypeEnum.Chip_MY9266:\n case ChipTypeEnum.Chip_MY9269:\n case ChipTypeEnum.Chip_SUM2032:\n case ChipTypeEnum.Chip_MBI5152:\n case ChipTypeEnum.Chip_MY9221:\n case ChipTypeEnum.Chip_MBI5151:\n case ChipTypeEnum.Chip_MBI5153:\n case ChipTypeEnum.Chip_MBI6030:\n case ChipTypeEnum.Chip_TLC5958:\n case ChipTypeEnum.Chip_SM16158:\n case ChipTypeEnum.Chip_MBI5155:\n case ChipTypeEnum.Chip_MBI6023:\n case ChipTypeEnum.Chip_MY9366:\n case ChipTypeEnum.Chip_MBI5252:\n case ChipTypeEnum.Chip_SM16159:\n case ChipTypeEnum.Chip_TLS3001:\n case ChipTypeEnum.Chip_TLC59581:\n case ChipTypeEnum.Chip_MBI5353:\n case ChipTypeEnum.Chip_GW6205:\n case ChipTypeEnum.Chip_GW6202B:\n case ChipTypeEnum.Chip_SUM2033:\n case ChipTypeEnum.Chip_MY9231:\n case ChipTypeEnum.Chip_SUM2130:\n case ChipTypeEnum.Chip_SUM2131:\n case ChipTypeEnum.Chip_MBI5051B:\n case ChipTypeEnum.Chip_MBI5253:\n case ChipTypeEnum.Chip_ICN2053:\n case ChipTypeEnum.Chip_MY9373:\n case ChipTypeEnum.Chip_MY9348:\n case ChipTypeEnum.Chip_SUM2035:\n case ChipTypeEnum.Chip_SUM2135:\n case ChipTypeEnum.Chip_ICND2055:\n case ChipTypeEnum.Chip_ICN2050:\n case ChipTypeEnum.Chip_MBI5354:\n case ChipTypeEnum.Chip_MBI5359:\n case ChipTypeEnum.Chip_ICN2065:\n case ChipTypeEnum.Chip_MBI5253B:\n case ChipTypeEnum.Chip_MY9748:\n case ChipTypeEnum.Chip_LD1512:\n case ChipTypeEnum.Chip_UCS1912:\n case ChipTypeEnum.Chip_UCS512C:\n case ChipTypeEnum.Chip_ICND2163:\n case ChipTypeEnum.Chip_SM16169S:\n case ChipTypeEnum.Chip_VOD5153:\n return false;\n default:\n return true;\n }\n};\n","/* eslint-disable no-underscore-dangle */\nimport type { ScanBoardProperty } from '@novastar/native/ScanBoardProperty';\n\nimport ScanBoardCapability from './ScanBoardCapabilty';\n\nexport default class ScannerCapabilitySUM2030 implements ScanBoardCapability {\n static readonly SUBDIFF = 0.15;\n\n static readonly BLACKTIME_STATIC = 5;\n\n readonly IsHasMinimumOE = false;\n\n readonly MinimumOE = 0;\n\n readonly LightTimePerSubField = 0;\n\n readonly TotalLightCdfResault = 0;\n\n protected _totalUnitNumPerSubField = 0;\n\n protected _gclkNumPerRef = 0;\n\n protected _refNumPerVs = 0;\n\n protected _totalGclkUintNumPerScan = 0;\n\n protected _lightTimeNum2 = 0;\n\n protected _dclkUnitCycle = 0;\n\n protected _gclkUnitCycle = 0;\n\n protected _scanCount = 0;\n\n protected _fieldPeriod = 0;\n\n protected _vsFreq = 60;\n\n protected _usBlackTime = 0;\n\n protected _shiftNumPerSubField = 0;\n\n protected _maxUnitNumPerScan = 0;\n\n protected _maxGclkNumPerRef = 0;\n\n protected _brightEfficiency = 0;\n\n protected _blackingTime = 0;\n\n protected _maxLoadedPixels = 0;\n\n protected _fieldWaitTime = 0.1;\n\n protected _m1TranCntNum = 3;\n\n protected _m2TranCntNum = 3;\n\n protected _scanBdProperty: ScanBoardProperty | null = null;\n\n get TotalUnitNumPerSubField() {\n return this._totalUnitNumPerSubField;\n }\n\n get MaxLoadedPixels() {\n return this._totalUnitNumPerSubField - 3;\n }\n\n get BrightEfficiency() {\n return this._brightEfficiency;\n }\n\n get GclkNumPerRef() {\n return this._gclkNumPerRef;\n }\n\n get RefNumPerVs() {\n return this._refNumPerVs;\n }\n\n get TotalGclkUnitNumPerScan() {\n return this._totalGclkUintNumPerScan;\n }\n\n get LightTimeNum2() {\n return this._lightTimeNum2;\n }\n\n // eslint-disable-next-line class-methods-use-this\n UpdateParameters(_scanBdProp: ScanBoardProperty, _vsFreq: number): boolean {\n throw new TypeError('Not implemented');\n }\n}\n","/* eslint-disable no-underscore-dangle,no-bitwise,no-param-reassign */\n/**\n * Nova.LCT.GigabitSystem.ScanBoardCapability\n */\nimport { ChipTypeEnum } from '@novastar/native/ChipType';\nimport { DataDirectionTypeEnum } from '@novastar/native/DataDirectionType';\nimport type { ScanBoardProperty } from '@novastar/native/ScanBoardProperty';\nimport { ScreenDriveTypeEnum } from '@novastar/native/ScreenDriveType';\n\nimport {\n CaculateShiftUnitNum,\n GetGclkInfoByPartNumPerRef,\n GetGrayScaleByGclkNumPerRef,\n} from './CommonCalculator';\nimport ScannerCapabilitySUM2030 from './ScannerCapabilitySUM2030';\n\nexport default class ScannerCapabilityICN2053 extends ScannerCapabilitySUM2030 {\n UpdateParameters(scanBdProperty: ScanBoardProperty, vsFreq: number): boolean {\n this._scanBdProperty = scanBdProperty;\n const {\n StandardLedModuleProp,\n IsIrRegular,\n Width = 0,\n Height = 0,\n IsSymmetricalOutputMode,\n ShiftUnitNum,\n DclkUnitCycle,\n GCLKRate,\n BlankUnitNumPerScan: blackTime,\n SubFields: partNumPerRef,\n } = scanBdProperty;\n if (!StandardLedModuleProp) throw new TypeError('Unknown StandardLedModuleProp');\n const {\n ModulePixelCols,\n ModulePixelRows,\n TotalPointInTable,\n DataDirectType = DataDirectionTypeEnum.Horizontal,\n ScanType,\n DriverChipType: chipType,\n } = StandardLedModuleProp;\n if (!chipType) throw new TypeError('Unknown chipType');\n if (!IsIrRegular) {\n this._shiftNumPerSubField = CaculateShiftUnitNum(\n ModulePixelCols,\n ModulePixelRows,\n TotalPointInTable,\n DataDirectType,\n Width,\n Height,\n );\n if (StandardLedModuleProp.ScreenDriveType === ScreenDriveTypeEnum.Serial)\n this._shiftNumPerSubField *= StandardLedModuleProp.SerialColorNum;\n if (IsSymmetricalOutputMode) this._shiftNumPerSubField >>>= 1;\n } else {\n this._shiftNumPerSubField = ShiftUnitNum;\n }\n scanBdProperty.IsEnableTranCntNum = true;\n scanBdProperty.M1TranCntNum = 3;\n scanBdProperty.M2TranCntNum = 3;\n\n this._fieldWaitTime = this._scanBdProperty.IsOpenClearBlankLine ? 0.03 : 0.1;\n this._dclkUnitCycle = DclkUnitCycle;\n this._gclkUnitCycle = GCLKRate;\n this._scanCount = ScanType;\n this._fieldPeriod = 1000 / vsFreq;\n this._vsFreq = vsFreq;\n scanBdProperty.RefNumPerVs = this.CaculateAllParameters(chipType, partNumPerRef, blackTime);\n scanBdProperty.GrayDepth = GetGrayScaleByGclkNumPerRef(\n this._gclkNumPerRef -\n (chipType === ChipTypeEnum.Chip_ICN2050 || chipType === ChipTypeEnum.Chip_ICN2053 ? 1 : 0),\n );\n scanBdProperty.TotalGclkUnitNumPerScan = this._totalGclkUintNumPerScan;\n return true;\n }\n\n private CaculateAllParameters(\n chipType: ChipTypeEnum,\n partNumPerRef: number,\n blackTime: number,\n ): number {\n const num = 125 * (this._fieldPeriod - this._fieldWaitTime) * 1000;\n const num2 =\n (5 * (this._shiftNumPerSubField + 8 + 20) + 20 + 20 + 8 + 1) * this._dclkUnitCycle +\n 14 * (this._m1TranCntNum + 1 + 1);\n const num3 = this._dclkUnitCycle + this._m1TranCntNum + 1 + 1;\n const { gclkNumPerScan, validGclkNumPerScan, brightGclkNumPerScan } =\n GetGclkInfoByPartNumPerRef(chipType, partNumPerRef);\n this._totalUnitNumPerSubField = Math.floor(\n (((num - num2) / this._scanCount - num3) / 16 - (this._m1TranCntNum + 1) - 1) /\n this._dclkUnitCycle,\n );\n if (\n this._scanCount === 1 &&\n chipType !== ChipTypeEnum.Chip_ICN2053 &&\n chipType !== ChipTypeEnum.Chip_ICN2050\n )\n this._totalUnitNumPerSubField -= 160;\n if (\n this._scanCount === 1 &&\n chipType !== ChipTypeEnum.Chip_ICN2053 &&\n chipType !== ChipTypeEnum.Chip_ICN2050 &&\n chipType !== ChipTypeEnum.Chip_VOD5153 &&\n chipType !== ChipTypeEnum.Chip_ICND2163\n ) {\n this._refNumPerVs = 1;\n this._totalGclkUintNumPerScan = gclkNumPerScan;\n this._gclkNumPerRef = Math.floor(((125 / this._gclkUnitCycle) * 1000000) / this._vsFreq);\n this._blackingTime = ScannerCapabilitySUM2030.BLACKTIME_STATIC;\n } else {\n this._blackingTime = blackTime;\n const num5 =\n 48 * this._dclkUnitCycle +\n this._gclkUnitCycle +\n 4 * (this._m2TranCntNum + 1) +\n 4 +\n 4 * this._gclkUnitCycle;\n const num6 =\n (gclkNumPerScan + this._blackingTime) * this._scanCount * this._gclkUnitCycle +\n (this._m2TranCntNum + 1 + 1) * 2 * this._scanCount +\n (this._m2TranCntNum + 1) +\n 1 +\n this._gclkUnitCycle;\n const num7 = (num - num5) / num6;\n this._refNumPerVs = Math.max(0, Math.floor(num7));\n if (this._refNumPerVs === 0) return 0;\n const num10 =\n (num - num5) / this._refNumPerVs - this._gclkUnitCycle - (this._m2TranCntNum + 1) - 1;\n this._totalGclkUintNumPerScan = Math.floor(\n (num10 / this._scanCount - 2 * (this._m2TranCntNum + 1) - 2) / this._gclkUnitCycle -\n this._blackingTime,\n );\n this._gclkNumPerRef = this._refNumPerVs * validGclkNumPerScan;\n const num18 = num - (48 - 1 - 4) * this._dclkUnitCycle;\n const num19 =\n this._refNumPerVs * this._gclkUnitCycle +\n (this._totalGclkUintNumPerScan + this._blackingTime) *\n this._gclkUnitCycle *\n this._scanCount *\n this._refNumPerVs;\n const num20 = 4 + this._refNumPerVs + 2 * this._refNumPerVs * this._scanCount;\n this._m2TranCntNum = Math.min(3, (num18 - num19) / num20 - 2);\n }\n this._brightEfficiency =\n (((this._fieldPeriod - this._fieldWaitTime) / this._fieldPeriod) * brightGclkNumPerScan) /\n (this._totalGclkUintNumPerScan + this._blackingTime);\n return this._refNumPerVs;\n }\n}\n","// Nova.LCT.GigabitSystem.LEDConfigAccessorBase.dll\nimport { AutoAdjustRefreshRateParameters } from '@novastar/native/AutoAdjustRefreshRateParameters';\nimport { AutoAdjustRefreshRateTypeEnum } from '@novastar/native/AutoAdjustRefreshRateType';\nimport { ChipTypeEnum } from '@novastar/native/ChipType';\nimport MaxValue from '@novastar/native/MaxValue';\nimport type { ScanBoardProperty } from '@novastar/native/ScanBoardProperty';\nimport { ScreenDriveTypeEnum } from '@novastar/native/ScreenDriveType';\nimport { makeStruct } from '@novastar/native/common';\n\nimport { AutoRefreshRate } from './AutoRefreshRate';\nimport { CanManualAdjustRefreshRate } from './ChipInherentProperties';\nimport {\n CaculateMaxloadSize,\n isValidScanBdProp,\n isValidStandardLedModuleProp,\n} from './CommonCalculator';\nimport ScannerCapabilityICN2053 from './ScannerCapabilityICN2053';\nimport { notEmpty } from './common';\n\nexport const OneParameterLen = 16;\n\nexport const AllParameterNumberLen = 128;\n\nexport const GetRateFromRateType = (rateType: AutoAdjustRefreshRateTypeEnum): number => {\n let rateFromRateType: number;\n switch (rateType % 16) {\n case 0:\n rateFromRateType = 50;\n break;\n case 1:\n rateFromRateType = 60;\n break;\n case 2:\n rateFromRateType = 75;\n break;\n case 3:\n rateFromRateType = 120;\n break;\n case 4:\n rateFromRateType = 48;\n break;\n case 5:\n rateFromRateType = 30;\n break;\n case 6:\n rateFromRateType = 85;\n break;\n case 7:\n rateFromRateType = 100;\n break;\n case 8:\n rateFromRateType = 24;\n break;\n case 9:\n rateFromRateType = 72;\n break;\n case 10:\n rateFromRateType = 25;\n break;\n case 11:\n rateFromRateType = 240;\n break;\n case 12:\n rateFromRateType = 144;\n break;\n default:\n rateFromRateType = 60;\n }\n switch (rateType / 16) {\n case 1:\n rateFromRateType -= 0.05;\n break;\n case 2:\n rateFromRateType -= 0.1;\n break;\n case 3:\n rateFromRateType += 0.05;\n break;\n case 4:\n rateFromRateType += 0.1;\n break;\n case 5:\n rateFromRateType += 0.15;\n break;\n case 6:\n rateFromRateType += 0.2;\n break;\n case 7:\n rateFromRateType += 0.25;\n break;\n default:\n throw new TypeError('Invalid AutoAdjustRefreshRateTypeEnum');\n }\n return rateFromRateType;\n};\n\nexport const CheckIsModeSupport = (\n scanBdProperty: Readonly,\n fieldRate: number,\n): [boolean, ScanBoardProperty] => {\n if (!isValidScanBdProp(scanBdProperty)) throw new TypeError('Invalid ScanBoardProperty');\n const { StandardLedModuleProp, Width, Height } = scanBdProperty;\n if (!isValidStandardLedModuleProp(StandardLedModuleProp))\n throw new TypeError('Invalid StandardLedModuleProp');\n const { DriverChipType, ScreenDriveType, SerialColorNum } = StandardLedModuleProp;\n // ChipDataMaker.GetChipInfo <- skipped\n if (DriverChipType !== ChipTypeEnum.Chip_ICN2053) throw new Error('Not implemented');\n const result = { ...scanBdProperty };\n const scanBoardCapability = new ScannerCapabilityICN2053();\n scanBoardCapability.UpdateParameters(result, fieldRate);\n const k = ScreenDriveType === ScreenDriveTypeEnum.Serial ? SerialColorNum : 1;\n const { maxWidth, maxHeight } = CaculateMaxloadSize(\n result,\n scanBoardCapability.MaxLoadedPixels / k,\n MaxValue.MAX_SCANNER_AREA,\n );\n result.TotalUnitNum = scanBoardCapability.TotalUnitNumPerSubField;\n result.TotalGclkUnitNumPerScan = scanBoardCapability.TotalGclkUnitNumPerScan;\n result.LightTime = scanBoardCapability.LightTimePerSubField;\n result.LightTimeNum2 = scanBoardCapability.LightTimeNum2;\n return [maxWidth >= Width && maxHeight >= Height, result];\n};\n\nexport const SetVariousScanBdRefreshRate = (\n scanBdProperty: Readonly,\n isSmartMode: boolean,\n): ReadonlyArray> => {\n const { StandardLedModuleProp: { DriverChipType: chipType, ScanType: scanType } = {} } =\n scanBdProperty;\n if (chipType === undefined || scanType === undefined)\n throw new TypeError('Invalid ScanBoardProperty');\n return Object.values(AutoAdjustRefreshRateTypeEnum)\n .map(Number)\n .filter(notEmpty)\n .map((rateType) => {\n let prop: ScanBoardProperty | undefined;\n const rateFromRateType = GetRateFromRateType(rateType);\n if (!isSmartMode) {\n if (CanManualAdjustRefreshRate(chipType, scanType)) {\n throw new Error('Not implemented');\n }\n const [isSupport, res] = CheckIsModeSupport(scanBdProperty, rateFromRateType);\n if (isSupport || res.TotalUnitNum - 3 >= res.ShiftUnitNum) prop = res;\n }\n const {\n TotalUnitNum,\n TotalGclkUnitNumPerScan,\n RefNumPerVs,\n GCLKRate,\n IsEnableTranCntNum,\n M1TranCntNum,\n M2TranCntNum,\n LightTime,\n LightTimeNum2,\n } = prop ?? scanBdProperty;\n return makeStruct(AutoAdjustRefreshRateParameters, {\n AdjustRateType: rateType,\n TotalUnitNum,\n TotalGclkUnitNumPerScan,\n RefNumPerVs,\n GCLKRate,\n IsEnableTranCntNum,\n M1TranCntNum,\n M2TranCntNum,\n LightTime,\n LightTimeNum2,\n });\n });\n};\n\nexport const GetAutoRefreshRateBytesSeq = (\n autoRateParamList: ReadonlyArray>,\n): Buffer => {\n const buffer = Buffer.alloc(OneParameterLen * AllParameterNumberLen);\n autoRateParamList.forEach(({ AdjustRateType, ...props }) => {\n const data = new AutoRefreshRate(OneParameterLen);\n Object.assign(data, props);\n AutoRefreshRate.raw(data).copy(buffer, AdjustRateType * OneParameterLen);\n });\n return buffer;\n};\n","/* eslint-disable no-bitwise */\nimport AddressMapping from '@novastar/native/AddressMapping';\nimport { ExtractType, Struct } from 'typed-struct';\n\nconst TempInfo = new Struct('TempInfo')\n .Bits8({ IsValid: [0, 1] })\n .back()\n .Custom('Value', 2, (_, buffer): number => ((buffer[0] & 0x7f) === 1 ? -0.5 : 0.5) * buffer[1])\n .compile();\n\nconst ValueInfo = new Struct('ValueInfo')\n .Bits8({\n IsValid: [0, 1],\n Value: [1, 7],\n })\n .compile();\n\nconst VoltageInfo = new Struct('VoltageInfo')\n .Bits8({ IsValid: [0, 1] })\n .back()\n .Custom('Value', 1, (_, buffer) => (buffer[0] & 0x7f) / 10)\n .compile();\n\nconst FanSpeedInfo = new Struct('FanSpeedInfo')\n .Bits8({ IsValid: [0, 1] })\n .back()\n .Custom('Value', 1, (_, buffer) => (buffer[0] & 0x7f) * 50)\n .compile();\n\nconst moduleStatusLow = {\n offset:\n AddressMapping.Scanner_RowLineRelatedInfoOfModuleStatusAddr -\n AddressMapping.Scanner_AllMonitorDataAddr,\n length: AddressMapping.Scanner_RowLineRelatedInfoOfModuleStatusOccupancy,\n};\n\nconst moduleStatusHigh = {\n offset:\n AddressMapping.Scanner_ModuleStatusOfMonitorCardAddr -\n AddressMapping.Scanner_AllMonitorDataAddr,\n length: AddressMapping.Scanner_ModuleStatusOfMonitorCardBytesCnt,\n};\n\nexport const HWStatus = new Struct('HWStatus')\n .Struct('tempInfoInScanCard', TempInfo) // 0\n .Struct('humidityInfoInScanCard', ValueInfo) // 2\n .Struct('voltageInfoInScanCard', VoltageInfo) // 3\n .back(0)\n .seek(AddressMapping.AttachedMonitorCardExistAddr - AddressMapping.Scanner_AllMonitorDataAddr)\n .Boolean8('isConnectMonitorCard') // 32\n .back(0)\n .seek(\n AddressMapping.Scanner_TempInfoOfMonitorCardAddr - AddressMapping.Scanner_AllMonitorDataAddr,\n )\n .Struct('tempInfoInMonitorCard', TempInfo) // 39\n .Struct('humidityInfoInMonitorCard', ValueInfo) // 41\n .Struct('smokeWarnInfo', ValueInfo) // 42\n .StructArray(\n 'fanSpeedInfoListMonitorCard',\n FanSpeedInfo,\n AddressMapping.Scanner_FanSpeedOfMonitorCardNum,\n ) // 43\n .StructArray(\n 'valtageInfoListMonitorCard',\n VoltageInfo,\n AddressMapping.Scanner_VoltageOfMonitorCardNum,\n ) // 47\n .Buffer('analogInputData', AddressMapping.Scanner_AnalogInputOfMonitorCardNum) // 56\n .seek(1)\n .UInt8('generalStatus') // 65\n .back(0)\n .seek(moduleStatusLow.offset)\n .Buffer('moduleStatusLow', moduleStatusLow.length) // 11\n .back(0)\n .seek(moduleStatusHigh.offset)\n .Buffer('moduleStatusHigh', moduleStatusHigh.length) // 66\n .compile(); // 82\n\nexport type HWStatus = ExtractType;\n","import { ModulationModeTypeEnum } from '@novastar/native/ModulationModeType';\nimport { SenderModulationInfo } from '@novastar/native/SenderModulationInfo';\nimport { makeStruct } from '@novastar/native/common';\nimport { Struct, typed } from 'typed-struct';\n\nimport { crc16 } from './common';\n\nexport const SenderModulationFlag = 'SSPE';\nexport const SenderModulationDataVer = 1002;\n\nconst ModulationMode = new Struct('ModulationMode')\n .UInt8('mode', typed())\n .back(0)\n .seek(128)\n .compile();\n\nconst ModulationInfo = new Struct('ModulationInfo')\n .UInt8('portIndex')\n .back(0)\n .seek(128)\n .StructArray('modes', ModulationMode)\n .compile();\n\nexport const ModulationInfoHeader = new Struct('ModulationInfoHeader')\n .String('header', {\n encoding: 'ascii',\n length: SenderModulationFlag.length,\n })\n .UInt16LE('version')\n .UInt16LE('crc')\n .UInt16LE('length')\n .UInt8('count')\n .back(0)\n .seek(256)\n .Buffer('data')\n .compile();\n\nconst useDistributor = [ModulationModeTypeEnum.OneToEight, ModulationModeTypeEnum.TwoToFour];\n\nexport const decodeModulationInfo = (buf: Buffer): Required[] => {\n const header = new ModulationInfoHeader(buf);\n if (crc16(buf.slice(ModulationInfoHeader.getOffsetOf('crc') + 2), 0) !== header.crc)\n throw new Error('Invalid ModulationInfoHeader crc');\n const result: Required[] = [];\n for (\n let SenderIndex = 0, offset = 0;\n SenderIndex < header.count && offset < header.length;\n SenderIndex += 1\n ) {\n const portIndex = header.data[offset];\n const length = ModulationInfo.baseSize + ModulationMode.baseSize * portIndex;\n const info = new ModulationInfo(header.data.slice(offset, offset + length)).toJSON();\n const modes = info.modes.map(({ mode }) => mode);\n result.push(\n makeStruct(SenderModulationInfo, {\n SenderIndex,\n PortIndex: info.portIndex,\n ModulationModeTypeInfoList: modes,\n IsUseDistributor: modes.some((mode) => useDistributor.includes(mode)),\n }),\n );\n offset += length;\n }\n return result;\n};\n\nexport const encodeModulationInfo = (\n modulations: ReadonlyArray>,\n): Buffer => {\n const length = modulations.reduce(\n (acc, item) =>\n acc +\n ModulationInfo.baseSize +\n item.ModulationModeTypeInfoList.length * ModulationMode.baseSize,\n 0,\n );\n const infoHeader = new ModulationInfoHeader(ModulationInfoHeader.baseSize + length);\n infoHeader.length = length;\n infoHeader.version = SenderModulationDataVer;\n infoHeader.count = modulations.length;\n for (let index = 0, offset = 0; index < modulations.length; index += 1) {\n const { ModulationModeTypeInfoList } = modulations[index];\n const size =\n ModulationInfo.baseSize + ModulationMode.baseSize * ModulationModeTypeInfoList.length;\n const info = new ModulationInfo(infoHeader.data.slice(offset, offset + size));\n info.portIndex = ModulationModeTypeInfoList.length;\n ModulationModeTypeInfoList.forEach((mode, i) => {\n info.modes[i].mode = mode;\n });\n offset += size;\n }\n const raw = ModulationInfoHeader.raw(infoHeader);\n infoHeader.crc = crc16(raw.slice(ModulationInfoHeader.getOffsetOf('crc') + 2), 0);\n return raw;\n};\n","import { SenderRedundancyInfo } from '@novastar/native/SenderRedundancyInfo';\nimport { makeStruct } from '@novastar/native/common';\nimport { ExtractType, Struct } from 'typed-struct';\n\nimport { crc16 } from './common';\n\nexport const ReduFlag = 'REDU';\nexport const ReduDataVer = 1001;\n\nconst RedundancyItem = new Struct('RedundancyItem')\n .UInt32LE('MasterSenderIndex')\n .UInt32LE('MasterPortIndex')\n .UInt32LE('SlaveSenderIndex')\n .UInt32LE('SlavePortIndex')\n .compile();\n\nexport const RedundancyInfo = new Struct('RedundancyInfo')\n .String('header', ReduFlag.length, 'ascii')\n .UInt16LE('version')\n .UInt16LE('crc')\n .UInt16LE('length')\n .StructArray('items', RedundancyItem)\n .compile();\n\nexport type RedundancyInfo = ExtractType;\n\nconst dataOffset = RedundancyInfo.getOffsetOf('crc') + 2;\n\nexport const decodeRedundancyInfo = (data: Buffer): Required[] => {\n const { crc: crcInfo, items } = new RedundancyInfo(data).toJSON();\n if (crc16(data.slice(dataOffset), 0) !== crcInfo) throw new Error('Invalid RedundancyInfo crc');\n return items.map((item) => makeStruct(SenderRedundancyInfo, item));\n};\n\nexport const encodeRedundancyInfo = (\n reduList: ReadonlyArray>,\n): Buffer => {\n const length = reduList.length * RedundancyItem.baseSize;\n const info = new RedundancyInfo(RedundancyInfo.baseSize + length);\n info.header = ReduFlag;\n info.version = ReduDataVer;\n info.length = length;\n reduList.forEach((item, index) => {\n Object.assign(info.items[index], item);\n });\n const raw = RedundancyInfo.raw(info);\n info.crc = crc16(raw.slice(dataOffset), 0);\n return raw;\n};\n","import { ScanBoardConnectTypeEnum } from '@novastar/native/ScanBoardConnectType';\nimport { ExtractType, Struct, typed } from 'typed-struct';\n\nexport const ScreenConfigInfo = new Struct('ScreenConfigInfo')\n .UInt8('Type', typed<1 | 3 | 5>())\n .seek(1)\n .UInt16LE('X')\n .UInt16LE('Y')\n .UInt16LE('PixelColsInScanBd')\n .UInt16LE('PixelRowsInScanBd')\n .UInt8('ScanBdRows')\n .UInt8('ScanBdCols')\n .Custom(\n 'ConnectType',\n 1,\n (type, [value]) => {\n switch (value) {\n case 0:\n return ScanBoardConnectTypeEnum.LeftTop_Horizontal;\n case 1:\n return ScanBoardConnectTypeEnum.LeftTop_Vertical;\n case 2:\n return ScanBoardConnectTypeEnum.RightTop_Horizontal;\n case 3:\n return ScanBoardConnectTypeEnum.RightTop_Vertical;\n case 4:\n return ScanBoardConnectTypeEnum.LeftBottom_Horizontal;\n case 5:\n return ScanBoardConnectTypeEnum.LeftBottom_Vertical;\n case 6:\n return ScanBoardConnectTypeEnum.RightBottom_Horizontal;\n default:\n return ScanBoardConnectTypeEnum.RightBottom_Vertical;\n }\n },\n (type, buf, value: ScanBoardConnectTypeEnum) => {\n let data: number;\n switch (value) {\n case ScanBoardConnectTypeEnum.LeftTop_Horizontal:\n data = 0;\n break;\n case ScanBoardConnectTypeEnum.LeftTop_Vertical:\n data = 1;\n break;\n case ScanBoardConnectTypeEnum.RightTop_Horizontal:\n data = 2;\n break;\n case ScanBoardConnectTypeEnum.RightTop_Vertical:\n data = 3;\n break;\n case ScanBoardConnectTypeEnum.LeftBottom_Horizontal:\n data = 4;\n break;\n case ScanBoardConnectTypeEnum.LeftBottom_Vertical:\n data = 5;\n break;\n case ScanBoardConnectTypeEnum.RightBottom_Horizontal:\n data = 6;\n break;\n default:\n data = 7;\n break;\n }\n return buf.writeUInt8(data) > 0;\n },\n )\n .UInt16LE('CabinetsPerPort')\n .compile();\n\nexport type ScreenConfigInfo = ExtractType;\n","import { API, Session } from '@novastar/codec';\n\nimport './api';\nimport { Id } from './common';\n\nexport type SessionAPI = Id;\n\nexport type { API };\n\nexport default Session;\n","import { ExtractType, Struct } from 'typed-struct';\n\nexport const SoftwareSpaceHeaderFlag = 'NSSD';\nexport const SoftwareSpaceHeaderVersion = 1001;\n\nexport const ParamSize = 7;\n\nexport const SoftwareSpaceHeader = new Struct('SoftwareSpaceHeader')\n .String('header', 4, 'ascii')\n .UInt16LE('crc') // 4\n .UInt16LE('version') // 6\n .UInt16LE('paramSize') // 8\n .UInt16LE('paramCRC') // 10\n .UInt32LE('compressedSize') // 12\n .UInt32LE('fileInfoSize') // 16\n .UInt16LE('fileInfoCRC') // 20\n // .back(0)\n // .seek(512)\n .compile();\n\nexport type SoftwareSpaceHeader = ExtractType;\n","import { GraphicsDVIPortInfo } from '@novastar/native/GraphicsDVIPortInfo';\nimport { isLeft } from 'fp-ts/Either';\nimport { PathReporter } from 'io-ts/PathReporter';\nimport { ExtractType, Struct } from 'typed-struct';\n\nimport { crc16 } from './common';\n\nexport const DVIInfo = new Struct('DVIInfo')\n .UInt16LE('version')\n .UInt16LE('crc')\n .UInt8('DviPortCols')\n .UInt8('DviPortRows')\n .UInt8('GraphicsWidth')\n .UInt8('GraphicsHeight')\n .compile();\n\nexport type DVIInfo = ExtractType;\n\nexport const decodeGraphicsDVIPortInfo = (data: Buffer): [GraphicsDVIPortInfo, number] => {\n const info = new DVIInfo(data);\n if (info.crc !== crc16(data.slice(4), 0)) throw new TypeError('Invalid dvi info crc');\n const validation = GraphicsDVIPortInfo.decode(info.toJSON());\n if (isLeft(validation))\n throw new TypeError(`Invalid dvi info: ${PathReporter.report(validation)}`);\n return [validation.right, info.version];\n};\n","import { ExtractType, Struct } from 'typed-struct';\n\nexport const ScanBdRecordNoSendParams = new Struct('ScanBdRecordNoSendParams')\n .UInt32LE('size')\n .UInt16LE('num', 1)\n .UInt32LE('address')\n .UInt32LE('length')\n .UInt16LE('delay')\n .UInt16LE('pollingTime')\n .UInt16LE('pollingWaitTime')\n .seek(12)\n .Buffer('data')\n .compile();\n\nexport type ScanBdRecordNoSendParams = ExtractType;\n\nexport type SendParam = Pick<\n ScanBdRecordNoSendParams,\n 'address' | 'data' | 'delay' | 'pollingTime' | 'pollingWaitTime'\n> & {\n name?: string;\n};\n","import AddressMapping from '@novastar/native/AddressMapping';\n\nconst knownAddresses = new Map();\n\nObject.entries(AddressMapping).forEach(([key, address]) => {\n if (typeof address === 'number') {\n const value = knownAddresses.get(address);\n if (value !== undefined) value.push(key);\n else knownAddresses.set(address, [key]);\n }\n});\n\nexport default function findKnownAddresses(address: number): string | undefined {\n return knownAddresses.get(address)?.join(', ');\n}\n","// cspell:ignore RCCB\nimport { ExtractType, Struct } from 'typed-struct';\n\nimport { ScanBdRecordNoSendParams, SendParam } from './ScanBdRecordNoSendParams';\nimport { crc16 } from './common';\nimport findKnownAddresses from './findKnownAddresses';\n\nexport const ScannerBinDataFlag = 'RCCB';\n\n/**\n * RCCB\n */\nexport const ScannerBinData = new Struct('ScannerBinData')\n .String('header', 'ascii', ScannerBinDataFlag.length)\n .UInt32LE('length')\n .UInt16LE('crc')\n .UInt16LE('version', 1001)\n .seek(52)\n .Buffer('data')\n .compile();\n\nexport type ScannerBinData = ExtractType;\n\nexport const decodeScannerBinData = (buffer: Buffer): SendParam[] => {\n const { header, crc: binCrc, length, data } = new ScannerBinData(buffer);\n if (header !== ScannerBinDataFlag) throw new Error('Invalid ScannerBinData header');\n if (length !== buffer.length) throw new Error('Invalid ScannerBinData length');\n if (crc16(data, 0x5555) !== binCrc) throw new Error('Invalid ScannerBinData CRC');\n const params: SendParam[] = [];\n const dataLength = length - ScannerBinData.baseSize;\n for (let offset = 0; offset < dataLength; ) {\n const {\n address,\n data: paramData,\n delay,\n length: paramLength,\n pollingTime,\n pollingWaitTime,\n size,\n } = new ScanBdRecordNoSendParams(data.slice(offset));\n if (size !== ScanBdRecordNoSendParams.baseSize + paramLength || offset + size > dataLength) {\n throw new Error('Invalid ScannerBinData record');\n }\n const name = findKnownAddresses(address);\n params.push({\n address,\n data: Buffer.from(paramData.slice(0, paramLength)),\n delay,\n pollingTime,\n pollingWaitTime,\n name,\n });\n offset += size;\n }\n return params;\n};\n","import { ScreenAdjustParams } from '@novastar/native/ScreenAdjustParams';\nimport { makeStruct } from '@novastar/native/common';\nimport { Struct } from 'typed-struct';\n\nconst ScreenAdjustParam = new Struct('ScreenAdjustParam')\n .UInt8('ScreenXZoomType')\n .UInt8('ScreenXScale')\n .UInt8('ScreenYZoomType')\n .UInt8('ScreenYScale')\n .UInt8('VirtualMap')\n .String('ScreenName', 20)\n .UInt8('ThreeD')\n .back(0)\n .seek(40)\n .compile();\n\nconst ScreenAdjustParamOld = new Struct('ScreenAdjustParamOld')\n .UInt8('ScreenXZoomType')\n .UInt8('ScreenXScale')\n .UInt8('ScreenYZoomType')\n .UInt8('ScreenYScale')\n .UInt8('VirtualMap')\n .String('ScreenName', 20)\n .UInt8('ThreeD')\n .back(0)\n .seek(41)\n .compile();\n\nconst ScreenAdjustInfo = new Struct('ScreenAdjustInfo')\n .UInt16LE('version')\n .back(0)\n .seek(132)\n .UInt8('count')\n .StructArray('oldParams', ScreenAdjustParamOld)\n .back()\n .StructArray('params', ScreenAdjustParam)\n .compile();\n\n// eslint-disable-next-line import/prefer-default-export\nexport function decodeScreenAdjustInfo(buffer: Buffer): Required[] {\n const info = new ScreenAdjustInfo(buffer).toJSON();\n const { version, count } = info;\n const paramSize = version <= 1001 ? ScreenAdjustParamOld.baseSize : ScreenAdjustParam.baseSize;\n const length = count * paramSize + ScreenAdjustInfo.baseSize;\n if (buffer.length < length) throw new Error('Invalid adjust length');\n const params = version <= 1001 ? info.oldParams : info.params;\n if (params.length !== count) throw new TypeError('Wrong number of adjust parameters');\n return params.map((param) => makeStruct(ScreenAdjustParams, param));\n}\n","import { ExtractType, Struct } from 'typed-struct';\n\nexport const ComplexRegionInfo = new Struct('ComplexRegionInfo')\n .UInt8('SenderIndex')\n .UInt8('PortIndex')\n .UInt16LE('ConnectIndex')\n .UInt16LE('X')\n .UInt16LE('Y')\n .UInt16LE('XInPort')\n .UInt16LE('YInPort')\n .UInt16LE('Width')\n .UInt16LE('Height')\n .compile();\n\nexport type ComplexRegionInfo = ExtractType;\n","import { ComplexLEDDisplayInfo } from '@novastar/native/ComplexLEDDisplayInfo';\nimport { LEDDisplyTypeEnum } from '@novastar/native/LEDDisplyType';\nimport { VirtualModeTypeEnum } from '@novastar/native/VirtualModeType';\nimport { isLeft } from 'fp-ts/Either';\nimport { PathReporter } from 'io-ts/PathReporter';\nimport { ExtractType, Struct, typed } from 'typed-struct';\n\nimport { ComplexRegionInfo } from './ComplexRegionInfo';\n\nexport const ComplexScreen = new Struct('ComplexScreen')\n .UInt8('Type', LEDDisplyTypeEnum.ComplexType)\n .UInt8('VirtualMode', typed())\n .UInt32LE('ScannerCount')\n .StructArray('ScanBoardRegionInfoList', ComplexRegionInfo)\n .compile();\n\nexport type ComplexScreen = ExtractType;\n\nexport const decodeComplexLEDDisplayInfo = (data: Buffer): ComplexLEDDisplayInfo => {\n const screen = new ComplexScreen(data).toJSON();\n const validation = ComplexLEDDisplayInfo.decode(screen);\n if (isLeft(validation))\n throw new TypeError(`Invalid complex screen: ${PathReporter.report(validation)}`);\n return validation.right;\n};\n","import { ScanBoardConnectTypeEnum } from '@novastar/native/ScanBoardConnectType';\nimport { ExtractType, Struct, typed } from 'typed-struct';\n\nexport const PortInfo = new Struct('PortInfo')\n .UInt8('ConnectType', typed())\n .UInt8('PortIndex')\n .UInt16LE('ScanBdBegColNo')\n .UInt16LE('ScanBdBegRowNo')\n .UInt16LE('ScanBdEndColNo')\n .UInt16LE('ScanBdEndRowNo')\n .compile();\n\nexport type PortInfo = ExtractType;\n","import { LEDDisplyTypeEnum } from '@novastar/native/LEDDisplyType';\nimport { SimpleLEDDisplayInfo } from '@novastar/native/SimpleLEDDisplayInfo';\nimport { VirtualModeTypeEnum } from '@novastar/native/VirtualModeType';\nimport debugFactory from 'debug';\nimport { isLeft } from 'fp-ts/Either';\nimport { PathReporter } from 'io-ts/PathReporter';\nimport { ExtractType, Struct, typed } from 'typed-struct';\n\nimport { PortInfo } from './PortInfo';\n\nconst debug = debugFactory('novastar:simple-screen');\n\nexport const SimpleSingleScreen = new Struct('SimpleSingleScreen')\n .UInt8('Type', LEDDisplyTypeEnum.SimpleSingleType)\n .UInt8('VirtualModeType', typed())\n .UInt16LE('X')\n .UInt16LE('Y')\n .UInt8('SenderIndex')\n .UInt8('PortCols')\n .UInt8('PortRows')\n .UInt16LE('ScanBdCols')\n .UInt16LE('ScanBdRows')\n .UInt16LE('PixelColsInScanBd')\n .UInt16LE('PixelRowsInScanBd')\n .StructArray('PortScanBdInfoList', PortInfo)\n .compile();\n\n// export type ExtractType = C extends new () => infer T ? T : never;\n\nexport type SimpleSingleScreen = ExtractType;\n\nexport const decodeSimpleLEDDisplayInfo = (data: Buffer): SimpleLEDDisplayInfo => {\n const screen = new SimpleSingleScreen(data).toJSON();\n debug(`parse: ${JSON.stringify(screen)}`);\n const validation = SimpleLEDDisplayInfo.decode(screen);\n if (isLeft(validation))\n throw new TypeError(`Invalid simple display info: ${PathReporter.report(validation)}`);\n return validation.right;\n};\n","import { ExtractType, Struct } from 'typed-struct';\n\nexport const RegionInfo = new Struct('RegionInfo')\n .UInt8('SenderIndex')\n .UInt8('PortIndex')\n .UInt16LE('ConnectIndex')\n .UInt16LE('X')\n .UInt16LE('Y')\n .UInt16LE('XInPort')\n .UInt16LE('YInPort')\n .UInt16LE('Width')\n .UInt16LE('Height')\n .UInt8('DVIIndex')\n .compile();\n\nexport type RegionInfo = ExtractType;\n","import { LEDDisplyTypeEnum } from '@novastar/native/LEDDisplyType';\nimport { StandardLEDDisplayInfo } from '@novastar/native/StandardLEDDisplayInfo';\nimport { VirtualModeTypeEnum } from '@novastar/native/VirtualModeType';\nimport debugFactory from 'debug';\nimport { isLeft } from 'fp-ts/Either';\nimport { PathReporter } from 'io-ts/PathReporter';\nimport { ExtractType, Struct, typed } from 'typed-struct';\n\nimport { RegionInfo } from './RegionInfo';\n\nconst debug = debugFactory('novastar:standard-screen');\nexport const StandardScreen = new Struct('StandardScreen')\n .UInt8('Type', LEDDisplyTypeEnum.StandardType)\n .UInt8('VirtualMode', typed())\n .UInt16LE('X')\n .UInt16LE('Y')\n .UInt16LE('ScanBdCols')\n .UInt16LE('ScanBdRows')\n .StructArray('ScannerRegionList', RegionInfo)\n .compile();\n\nexport type StandardScreen = ExtractType;\n\nexport const decodeStandardLEDDisplayInfo = (data: Buffer): StandardLEDDisplayInfo => {\n const screen = new StandardScreen(data).toJSON();\n debug(`parse: ${JSON.stringify(screen)}`);\n const validation = StandardLEDDisplayInfo.decode(screen);\n if (isLeft(validation))\n throw new TypeError(`Invalid standard screen info: ${PathReporter.report(validation)}`);\n return validation.right;\n};\n","import { LEDDisplyTypeEnum } from '@novastar/native/LEDDisplyType';\nimport ScreenInfoRelativeAddress from '@novastar/native/ScreenInfoRelativeAddress';\nimport debugFactory from 'debug';\n\nimport { decodeComplexLEDDisplayInfo } from './ComplexScreen';\nimport { decodeSimpleLEDDisplayInfo } from './SimpleSingleScreen';\nimport { decodeStandardLEDDisplayInfo } from './StandardScreen';\nimport { crc16, LEDDisplayInfo } from './common';\n\nconst debug = debugFactory('novastar:ScreenInfo');\nconst ScreenDataNewVer = 1005;\n\nexport type DVI1600Info = {\n si: number;\n x1: number;\n y1: number;\n x2: number;\n y2: number;\n x3: number;\n y3: number;\n x4: number;\n y4: number;\n};\n\nfunction decodeDVI1600Info(data: Buffer): DVI1600Info | undefined {\n const StartAddressIndex = 28;\n const scrCrc = data.readUInt16LE(ScreenInfoRelativeAddress.SCREEN_HEADERINFO_CRC);\n if (crc16(data.slice(ScreenInfoRelativeAddress.SCREEN_HEADERINFO_RESERVED), 0) !== scrCrc)\n throw new TypeError('Invalid CRC');\n const screenCount = data.readUInt8(ScreenInfoRelativeAddress.SCREEN_HEADERINFO_SCREENCOUNT);\n const typeOffset =\n ScreenInfoRelativeAddress.SCREEN_HEADERINFO_SCREENLENINFOADDR + screenCount * 4;\n if (data.length < typeOffset + 1) throw new Error('Invalid length');\n const dviExtendsPos = data.readUInt32LE(StartAddressIndex);\n let dviExtends: DVI1600Info | undefined;\n if (dviExtendsPos < data.length) {\n const offset = dviExtendsPos + 2;\n const dviExtendsLength = data.readUInt16LE(dviExtendsPos);\n dviExtends = JSON.parse(data.slice(offset, offset + dviExtendsLength).toString());\n }\n debug(`dviExtends: ${JSON.stringify(dviExtends)}`);\n return dviExtends;\n}\n\nexport type ScreenInfo = {\n screens: LEDDisplayInfo[];\n version: number;\n dviExtends?: DVI1600Info;\n};\n\n/**\n * SoftWareSpaceAnalyser:443\n * @param data\n */\nexport function decodeScreenInfo(data: Buffer): ScreenInfo {\n if (\n crc16(data.slice(ScreenInfoRelativeAddress.SCREEN_HEADERINFO_RESERVED), 0) !==\n data.readUInt16LE(ScreenInfoRelativeAddress.SCREEN_HEADERINFO_CRC)\n )\n throw new Error('Invalid screen info crc');\n if (data.length < ScreenInfoRelativeAddress.SCREEN_HEADERINFO_SCREENLENINFOADDR)\n throw new Error('Invalid length of screen info');\n const version = data.readUInt16LE(ScreenInfoRelativeAddress.SCREEN_HEADERINFO_VERSION);\n debug(`version: ${version}`);\n const dviExtends = version === ScreenDataNewVer + 1 ? decodeDVI1600Info(data) : undefined;\n const screenCount = data.readUInt8(ScreenInfoRelativeAddress.SCREEN_HEADERINFO_SCREENCOUNT);\n debug(`screenCount: ${screenCount}`);\n let screenDataPos =\n screenCount * 4 + ScreenInfoRelativeAddress.SCREEN_HEADERINFO_SCREENLENINFOADDR;\n if (data.length < screenDataPos) throw new Error('Invalid length of screen info');\n const screens: LEDDisplayInfo[] = [];\n for (let i = 0; i < screenCount; i += 1) {\n const length = data.readUInt32LE(\n ScreenInfoRelativeAddress.SCREEN_HEADERINFO_SCREENLENINFOADDR + 4 * i,\n );\n const type = data.readUInt8(screenDataPos);\n debug(`[${i}]; type: ${type}; length: ${length}`);\n switch (type) {\n case LEDDisplyTypeEnum.SimpleSingleType:\n screens.push(decodeSimpleLEDDisplayInfo(data.slice(screenDataPos, screenDataPos + length)));\n break;\n case LEDDisplyTypeEnum.StandardType:\n screens.push(\n decodeStandardLEDDisplayInfo(data.slice(screenDataPos, screenDataPos + length)),\n );\n break;\n case LEDDisplyTypeEnum.ComplexType:\n screens.push(\n decodeComplexLEDDisplayInfo(data.slice(screenDataPos, screenDataPos + length)),\n );\n break;\n default:\n throw new TypeError('Invalid led display type');\n }\n screenDataPos += length;\n }\n return {\n version,\n screens,\n dviExtends,\n };\n}\n","import fs from 'fs';\n\nimport type { GraphicsDVIPortInfo } from '@novastar/native/GraphicsDVIPortInfo';\nimport { ScanBoardProperty } from '@novastar/native/ScanBoardProperty';\nimport { SystemParameterConfig } from '@novastar/native/SystemParameterConfig';\nimport Zip from 'adm-zip';\nimport debugFactory from 'debug';\nimport { type X2jOptions, XMLParser } from 'fast-xml-parser';\nimport { isLeft } from 'fp-ts/Either';\nimport * as t from 'io-ts';\n\nimport { decodeGraphicsDVIPortInfo } from './DVIInfo';\nimport { DviScreenConfigInfo, DviScreenInfoFlag } from './DviScreenConfigInfo';\nimport { SendParam } from './ScanBdRecordNoSendParams';\nimport { decodeScannerBinData } from './ScannerBinData';\nimport { decodeScreenAdjustInfo } from './ScreenAdjustInfo';\nimport { decodeScreenInfo, ScreenInfo } from './ScreenInfo';\nimport { crc16 } from './common';\n\nconst debug = debugFactory('novastar:config');\n\nconst options: X2jOptions = {\n ignoreAttributes: false,\n parseTagValue: false,\n};\n\nconst parser = new XMLParser(options);\n\nconst makeCfgParser =\n (codec: C) =>\n (data: Buffer): t.TypeOf => {\n const cfg = parser.parse(data);\n const { decode } = t.exact(t.type({ [codec.name]: codec }));\n const res = decode(cfg);\n if (isLeft(res)) {\n throw new TypeError(\n res.left\n .map(({ context, message }) => {\n const location = context\n .map(({ key }) => key)\n .filter(Boolean)\n .join('.');\n return `${location}: ${message ?? 'Invalid value'}`;\n })\n .join('\\n'),\n );\n }\n return res.right[codec.name];\n };\n\nconst systemParameterParser = makeCfgParser(SystemParameterConfig);\n\nconst scanboardParser = makeCfgParser(ScanBoardProperty);\n\n/**\n * *.scfg\n * @param pathname\n */\nexport const loadSystemConfig = (pathname: string): SystemParameterConfig => {\n const data = fs.readFileSync(pathname);\n return systemParameterParser(data);\n};\n\n/**\n * *.rcfgx\n * @param pathname\n */\nexport const loadScanBoardConfig = (\n pathname: string,\n): readonly [ScanBoardProperty, SendParam[]] => {\n const zip = new Zip(pathname);\n const [xmlData, binData] = zip.getEntries().map((entry) => zip.readFile(entry));\n if (!xmlData) throw new Error('Invalid archive');\n const xml = scanboardParser(xmlData);\n const params: SendParam[] = binData ? decodeScannerBinData(binData) : [];\n return [xml, params];\n};\n\nexport type ScrConfig = ScreenInfo & {\n dviVersion: number;\n dviInfo: GraphicsDVIPortInfo;\n};\n\n/**\n * @param buffer\n */\nexport const decodeScreenConfig = (buffer: Buffer): ScrConfig => {\n const {\n crc: crcInfo,\n dviInfoLength,\n screenInfoLength,\n adjustInfoLength,\n data,\n header,\n } = new DviScreenConfigInfo(buffer);\n if (header !== DviScreenInfoFlag) throw new TypeError('Invalid DSCI header');\n const size = DviScreenConfigInfo.baseSize + dviInfoLength + screenInfoLength + adjustInfoLength;\n if (buffer.length < size) throw new Error('Invalid buffer length');\n if (\n crc16(buffer.slice(DviScreenConfigInfo.getOffsetOf('crc') + 2, size - adjustInfoLength), 0) !==\n crcInfo\n )\n throw new TypeError('Invalid CRC');\n const [dviInfo, dviVersion] = decodeGraphicsDVIPortInfo(data.slice(0, dviInfoLength));\n debug(`dviInfo: ${JSON.stringify(dviInfo)}`);\n debug(`dviVersion: ${dviVersion}`);\n const screenInfo = decodeScreenInfo(data.slice(dviInfoLength, dviInfoLength + screenInfoLength));\n const adjustInfo = decodeScreenAdjustInfo(\n data.slice(\n dviInfoLength + screenInfoLength,\n dviInfoLength + screenInfoLength + adjustInfoLength,\n ),\n );\n if (adjustInfo.length > 0) {\n if (adjustInfo.length !== screenInfo.screens.length)\n throw new Error('Invalid adjust info count');\n screenInfo.screens = screenInfo.screens.map(({ ScrAdjustParams, ...props }, index) => ({\n ScrAdjustParams: adjustInfo[index],\n ...props,\n }));\n }\n if (size + 11 < buffer.length) {\n /* empty */\n }\n return {\n ...screenInfo,\n dviVersion,\n dviInfo,\n };\n};\n\n/**\n * *.scr\n * @param pathname\n */\nexport const loadScreenConfig = (pathname: string): ScrConfig =>\n decodeScreenConfig(fs.readFileSync(pathname));\n","import { randomUUID } from 'node:crypto';\n\nimport { CabinetInDevice } from '@novastar/native/CabinetInDevice';\nimport { DviSelectModeEnum } from '@novastar/native/DviSelectMode';\nimport { LEDDisplyTypeEnum } from '@novastar/native/LEDDisplyType';\nimport { OnePortLoadInfo } from '@novastar/native/OnePortLoadInfo';\nimport { ScreenDataInSoftSpace } from '@novastar/native/ScreenDataInSoftSpace';\nimport { makeStruct } from '@novastar/native/common';\n\nimport { isComplexScreen, isSimpleScreen, isStandardScreen, LEDDisplayInfo } from './common';\n\n/**\n * Nova.LCT.GigabitSystem.CommonInfoAccessor.dll\n * Nova.LCT.GigabitSystem.CommonInfoAccessor::NewScreenDataConvertor::ConvertFromEditZoneToSoftSpace\n * @param scr\n * @param index\n */\nexport default function convertLEDDisplayInfoToScreenDataInSoftSpace(\n scr: LEDDisplayInfo,\n index: number,\n): ScreenDataInSoftSpace {\n const UUID = randomUUID();\n if (isSimpleScreen(scr)) {\n return makeStruct(ScreenDataInSoftSpace, {\n UUID,\n ScreenIndex: index,\n VirMode: scr.VirtualMode,\n ScrType: LEDDisplyTypeEnum.SimpleSingleType,\n ScrX: scr.X,\n ScrY: scr.Y,\n DeviceID: scr.SenderIndex,\n PortCols: scr.PortCols,\n PortRows: scr.PortRows,\n CabinetCol: scr.ScanBdCols,\n CabinetRow: scr.ScanBdRows,\n CabinetWidth: scr.PixelColsInScanBd,\n CabinetHeight: scr.PixelRowsInScanBd,\n OnePortLoadInfo: scr.PortScanBdInfoList?.map((port) =>\n makeStruct(OnePortLoadInfo, {\n LineType: port.ConnectType,\n Port: port.PortIndex,\n StartCabCol: port.ScanBdBegColNo,\n StartCabRow: port.ScanBdBegRowNo,\n EndCabCol: port.ScanBdEndColNo,\n EndCabRow: port.ScanBdEndRowNo,\n }),\n ),\n });\n }\n if (isStandardScreen(scr)) {\n if (\n (scr.ScanBoardRows ?? 0) * (scr.ScanBoardCols ?? 0) !==\n (scr.ScannerRegionList?.length ?? 0)\n )\n throw new TypeError('Invalid ScannerRegionList length');\n const [first] = scr.ScannerRegionList ?? [];\n return makeStruct(ScreenDataInSoftSpace, {\n UUID,\n ScreenIndex: index,\n ScrType: LEDDisplyTypeEnum.StandardType,\n VirMode: scr.VirtualMode,\n ScrX: scr.X,\n ScrY: scr.Y,\n CabinetCol: scr.ScanBoardCols,\n CabinetRow: scr.ScanBoardRows,\n DVIlist: scr.DVIOffest,\n DviSelect: first?.DviSelect ?? DviSelectModeEnum.DVI,\n CabinetInDevice: scr.ScannerRegionList?.map((region) =>\n makeStruct(CabinetInDevice, {\n DevID: region.SenderIndex,\n NetPort: region.PortIndex,\n ConnectID: region.ConnectIndex,\n XPos: region.X,\n YPos: region.Y,\n Width: region.Width,\n Height: region.Height,\n RowIndexInScreen: region.RowIndexInScreen,\n ColIndexInScreen: region.ColIndexInScreen,\n DviIndex: region.DVIIndex,\n }),\n ),\n });\n }\n if (isComplexScreen(scr)) {\n return makeStruct(ScreenDataInSoftSpace, {\n UUID,\n ScreenIndex: index,\n ScrType: LEDDisplyTypeEnum.ComplexType,\n VirMode: scr.VirtualMode,\n CabinetInDevice: scr.ScanBoardRegionInfoList?.map((region) =>\n makeStruct(CabinetInDevice, {\n DevID: region.SenderIndex,\n NetPort: region.PortIndex,\n ConnectID: region.ConnectIndex,\n XPos: region.X,\n YPos: region.Y,\n Width: region.Width,\n Height: region.Height,\n }),\n ),\n });\n }\n throw new TypeError('Invalid screen type');\n}\n","import { ComplexLEDDisplayInfo } from '@novastar/native/ComplexLEDDisplayInfo';\nimport { LEDDisplyTypeEnum } from '@novastar/native/LEDDisplyType';\nimport { ScanBoardRegionInfo } from '@novastar/native/ScanBoardRegionInfo';\nimport { ScreenDataInSoftSpace } from '@novastar/native/ScreenDataInSoftSpace';\nimport { SimpleLEDDisplayInfo } from '@novastar/native/SimpleLEDDisplayInfo';\nimport { StandardLEDDisplayInfo } from '@novastar/native/StandardLEDDisplayInfo';\nimport { makeStruct } from '@novastar/native/common';\n\nimport { LEDDisplayInfo } from './common';\n\nexport default function convertScreenDataInSoftSpaceToLEDDisplayInfo(\n scr: ScreenDataInSoftSpace,\n): LEDDisplayInfo {\n switch (scr.ScrType) {\n case LEDDisplyTypeEnum.SimpleSingleType:\n return makeStruct(SimpleLEDDisplayInfo, {\n Type: LEDDisplyTypeEnum.SimpleSingleType,\n VirtualMode: scr.VirMode,\n X: scr.ScrX,\n Y: scr.ScrY,\n SenderIndex: scr.DeviceID,\n PixelColsInScanBd: scr.CabinetWidth,\n PixelRowsInScanBd: scr.CabinetHeight,\n ScanBdCols: scr.CabinetCol,\n ScanBdRows: scr.CabinetRow,\n PortCols: scr.PortCols,\n PortRows: scr.PortRows,\n PortScanBdInfoList: scr.OnePortLoadInfo?.map((info) => ({\n ConnectType: info.LineType,\n PortIndex: info.Port,\n ScanBdBegColNo: info.StartCabCol,\n ScanBdBegRowNo: info.StartCabRow,\n ScanBdEndColNo: info.EndCabCol,\n ScanBdEndRowNo: info.EndCabRow,\n })),\n });\n case LEDDisplyTypeEnum.StandardType:\n if ((scr.CabinetCol ?? 0) * (scr.CabinetRow ?? 0) !== (scr.CabinetInDevice?.length ?? 0))\n throw new TypeError('Invalid CabinetInDevice');\n return makeStruct(StandardLEDDisplayInfo, {\n Type: LEDDisplyTypeEnum.StandardType,\n VirtualMode: scr.VirMode,\n X: scr.ScrX,\n Y: scr.ScrY,\n DVIOffest: scr.DVIlist,\n ScanBoardCols: scr.CabinetCol,\n ScanBoardRows: scr.CabinetRow,\n ScannerRegionList: scr.CabinetInDevice?.map(\n (cab) =>\n ({\n SenderIndex: cab.DevID,\n PortIndex: cab.NetPort,\n ConnectIndex: cab.ConnectID,\n X: cab.XPos,\n Y: cab.YPos,\n Width: cab.Width,\n Height: cab.Height,\n RowIndexInScreen: cab.RowIndexInScreen,\n ColIndexInScreen: cab.ColIndexInScreen,\n DVIIndex: cab.DviIndex,\n }) as ScanBoardRegionInfo,\n ),\n });\n case LEDDisplyTypeEnum.ComplexType:\n return makeStruct(ComplexLEDDisplayInfo, {\n Type: LEDDisplyTypeEnum.ComplexType,\n VirtualMode: scr.VirMode,\n ScanBoardRegionInfoList: scr.CabinetInDevice?.map(\n (cab) =>\n ({\n SenderIndex: cab.DevID,\n PortIndex: cab.NetPort,\n ConnectIndex: cab.ConnectID,\n X: cab.XPos,\n Y: cab.YPos,\n Width: cab.Width,\n Height: cab.Height,\n }) as ScanBoardRegionInfo,\n ),\n });\n default:\n throw new TypeError(`Unknown screen type: ${JSON.stringify(scr.ScrType)}`);\n }\n}\n","import { NSCardTypeEnum } from '@novastar/native/NSCardType';\n\n/**\n * SenderStateForm\n */\nexport default function GetDeviceTypeLanguage(deviceType: NSCardTypeEnum): string {\n switch (deviceType) {\n case NSCardTypeEnum.Controller:\n return 'MCTRL500';\n case NSCardTypeEnum.Sender:\n return 'MCTRL300';\n case NSCardTypeEnum.HDMICard6P:\n return 'MCTRL700';\n case NSCardTypeEnum.HDMICard:\n return 'MCTRL600/660';\n case NSCardTypeEnum.VS4:\n return 'J6';\n case NSCardTypeEnum.MCTRL660_Pro:\n return 'MCTRL660 PRO';\n case NSCardTypeEnum.MCTRL660_ROE:\n return 'MCTRL660 ROE';\n case NSCardTypeEnum.E8000_1:\n case NSCardTypeEnum.E8000_2:\n case NSCardTypeEnum.E8000_3:\n return 'E8000';\n case NSCardTypeEnum.Prime_4K:\n return '4K-Prime';\n case NSCardTypeEnum.ProUHD:\n return 'NovaPro UHD';\n case NSCardTypeEnum.ProUHD_Jr:\n return 'NovaPro UHD Jr';\n case NSCardTypeEnum.H9:\n case NSCardTypeEnum.H_20:\n return 'H series';\n default:\n return NSCardTypeEnum[deviceType] ?? 'Unknown';\n }\n}\n","/* eslint-disable no-await-in-loop */\nimport { decodeUIntLE, ErrorType, Request, TimeoutError } from '@novastar/codec';\nimport { HDEnableModeEnum } from '@novastar/native/HDEnableMode';\nimport { NSCardTypeEnum } from '@novastar/native/NSCardType';\nimport { VedioSelectModeEnum } from '@novastar/native/VedioSelectMode';\n\nimport { GetPortNumber } from './CustomTransform';\nimport { DeviceInfo } from './DeviceInfo';\nimport GetDeviceTypeLanguage from './GetDeviceTypeLanguage';\nimport { SessionAPI } from './Session';\n\n/**\n * ControllerProcessor:637\n * @param session\n * @param index\n */\nasync function readMaxPackageSize(session: SessionAPI, index: number): Promise {\n const req = new Request(1);\n req.address = 6;\n req.destination = index;\n const res = await session.connection.trySend(req);\n if (res && res.data[0] === 0xa8) {\n const req1 = new Request(2);\n req1.address = 7;\n const res1 = await session.connection.trySend(req1);\n if (res1) return decodeUIntLE(res1);\n }\n return 256;\n}\n\nasync function readOptional(read: () => Promise, fallback: T): Promise {\n try {\n return await read();\n } catch (e) {\n if (e instanceof TimeoutError) return fallback;\n throw e;\n }\n}\n\nasync function readDeviceInfo(session: SessionAPI, index: number): Promise {\n try {\n const model = await session.tryReadControllerModelId(index);\n if (!model || model.ack !== ErrorType.Succeeded) return null;\n const deviceInfo: DeviceInfo = {\n model: decodeUIntLE(model),\n mac: [...(await readOptional(() => session.ReadControllerSnHigh(index), Buffer.alloc(0)))]\n .map((byte) => byte.toString(16).padStart(2, '0'))\n .join(':'),\n maxPackageSize: await readMaxPackageSize(session, index),\n companyId: await readOptional(() => session.ReadCompanyID(index), 0),\n audioControl: await readOptional(() => session.ReadAudioControl(index), 0),\n dviSelect: await readOptional(() => session.ReadDviSelect(index), 0),\n hdEnable:\n (await readOptional(() => session.ReadHDEnable(index), HDEnableModeEnum.Bit8)) ||\n HDEnableModeEnum.Bit8,\n videoSelect:\n (await readOptional(() => session.ReadDviMode(index), 0)) === 90\n ? VedioSelectModeEnum.Manual\n : VedioSelectModeEnum.Auto,\n fieldRate: 60,\n portCount: 2,\n };\n\n /**\n * ControllerProcessor:604\n */\n if (deviceInfo.model !== NSCardTypeEnum.FunctionCard) {\n const req = new Request(88);\n req.address = 0x1400_0000;\n const res = await session.connection.trySend(req);\n if (res && res.ack === 0 && res.data[0] === 0xa8) {\n const len = res.data[17];\n deviceInfo.name = res.data.slice(18, 18 + len).toString();\n }\n }\n if (!deviceInfo.name) deviceInfo.name = GetDeviceTypeLanguage(deviceInfo.model);\n deviceInfo.portCount = GetPortNumber(deviceInfo.model);\n return deviceInfo;\n } catch (e) {\n if (!(e instanceof TimeoutError)) throw e;\n return null;\n }\n}\n\n/**\n * Nova.LCT.Message.Server.ControllerProcessor\n * ControllerProcessor::FindEquipment\n * @param session\n */\nexport default async function enumerateDevices(session: SessionAPI): Promise {\n const devices: DeviceInfo[] = [];\n session.pushTimeout(1500);\n try {\n const destination = 255;\n await session.SetSortOrder(destination, true, 0);\n for (let i = 0; ; i += 1) {\n const info = await readDeviceInfo(session, i);\n if (!info) break;\n devices.push(info);\n }\n } finally {\n session.popTimeout();\n }\n return devices;\n}\n","import { LEDDisplyTypeEnum } from '@novastar/native/LEDDisplyType';\nimport { ScreenDataInSoftSpace } from '@novastar/native/ScreenDataInSoftSpace';\nimport { UInt32, UInt8 } from '@novastar/native/common';\nimport sortBy from 'lodash/sortBy';\n\n/**\n * ScreenInfoAccessor:NewSoftSpaceReadCompeleteCallBack\n */\nexport default function packAndSortCabinets(\n screenList: ScreenDataInSoftSpace[],\n index: number,\n): ScreenDataInSoftSpace[] {\n return sortBy(\n Object.values(\n screenList.reduce>((acc, screen) => {\n const copy: ScreenDataInSoftSpace = { ...screen };\n if (!copy.UUID) throw new TypeError('Unknown screen UUID');\n switch (copy.ScrType) {\n case LEDDisplyTypeEnum.SimpleSingleType:\n if (UInt8.is(index)) copy.DeviceID = index;\n break;\n case LEDDisplyTypeEnum.StandardType:\n case LEDDisplyTypeEnum.ComplexType:\n copy.CabinetInDevice = copy.CabinetInDevice?.map(({ DevID, ...cabinet }) => ({\n ...cabinet,\n DevID: DevID !== 255 && UInt32.is(index) ? index : DevID,\n }));\n break;\n default:\n throw new TypeError('Unknown screen type');\n }\n const { [copy.UUID]: prev, ...other } = acc;\n if (prev && copy.CabinetInDevice) {\n if (!prev.CabinetInDevice) prev.CabinetInDevice = copy.CabinetInDevice;\n else prev.CabinetInDevice.push(...copy.CabinetInDevice);\n }\n return { [copy.UUID]: prev ?? copy, ...other };\n }, {}),\n ).map(({ CabinetInDevice: cabs, ...screen }) => ({\n CabinetInDevice: cabs && sortBy(cabs, ['YPos', 'XPos']),\n ...screen,\n })),\n 'ScreenIndex',\n );\n}\n","import { LEDDisplyTypeEnum } from '@novastar/native/LEDDisplyType';\nimport { ScreenDataInSoftSpace } from '@novastar/native/ScreenDataInSoftSpace';\nimport sortBy from 'lodash/sortBy';\n\n/**\n * Nova.LCT.GigabitSystem.CommonInfoAccessor.dll\n *\n * Nova.LCT.GigabitSystem.CommonInfoAccessor::NewScreenDataConvertor::GetDeviceScreenData\n * @param screens\n */\nexport default function splitScreensByDevice(\n screens: ScreenDataInSoftSpace[],\n): ScreenDataInSoftSpace[][] {\n return sortBy(\n Object.entries(\n screens.reduce>((acc, scr) => {\n switch (scr.ScrType) {\n case LEDDisplyTypeEnum.SimpleSingleType: {\n if (typeof scr.DeviceID !== 'number') throw new TypeError('Invalid DeviceID');\n const { [scr.DeviceID]: prev, ...other } = acc;\n return { [scr.DeviceID]: [...prev, scr], ...other } as Record<\n number,\n ScreenDataInSoftSpace[]\n >;\n }\n case LEDDisplyTypeEnum.StandardType:\n case LEDDisplyTypeEnum.ComplexType: {\n const ids =\n scr.CabinetInDevice?.map(({ DevID }) => DevID).filter((DevID) => DevID !== 255) ?? [];\n return (scr.CabinetInDevice ?? []).reduce>(\n (res, cab) => {\n const key: number = (cab.DevID !== 255 ? cab.DevID : ids?.[0]) ?? 0;\n const { [key]: prev, ...other } = res;\n if (!prev)\n return {\n [key]: [\n {\n ...scr,\n CabinetInDevice: [cab],\n },\n ],\n ...other,\n };\n const copy = [...prev];\n const found = copy.findIndex((item) => item.UUID === scr.UUID);\n if (found !== -1) {\n const [item] = copy.splice(found, 1);\n copy.splice(found, 0, {\n ...item,\n CabinetInDevice: item.CabinetInDevice ? [...item.CabinetInDevice, cab] : [cab],\n });\n } else {\n copy.push({\n ...scr,\n CabinetInDevice: [cab],\n });\n }\n return {\n [key]: copy,\n ...other,\n };\n },\n acc,\n );\n }\n default:\n throw new TypeError('Invalid screen type');\n }\n }, {}),\n ),\n ([index]) => index,\n ).map(([_, value]) => value);\n}\n","/* eslint-disable no-bitwise */\nimport { Duplex } from 'stream';\n\nimport {\n Connection,\n decodeUIntLE,\n delay,\n DeviceType,\n ErrorType,\n type Packet,\n Request,\n series,\n} from '@novastar/codec';\nimport AddressMapping from '@novastar/native/AddressMapping';\nimport { BaudRateTypeEnum } from '@novastar/native/BaudRateType';\nimport { LEDDisplyTypeEnum } from '@novastar/native/LEDDisplyType';\nimport { PortScanBoardInfo } from '@novastar/native/PortScanBoardInfo';\nimport type { ScanBoardProperty } from '@novastar/native/ScanBoardProperty';\nimport { ScreenDataInSoftSpace } from '@novastar/native/ScreenDataInSoftSpace';\nimport type { SenderModulationInfo } from '@novastar/native/SenderModulationInfo';\nimport type { SenderRedundancyInfo } from '@novastar/native/SenderRedundancyInfo';\nimport { SimpleLEDDisplayInfo } from '@novastar/native/SimpleLEDDisplayInfo';\nimport SoftwareSpaceBaseAddress from '@novastar/native/SoftwareSpaceBaseAddress';\nimport { TestModeEnum } from '@novastar/native/TestMode';\nimport { VirtualModeTypeEnum } from '@novastar/native/VirtualModeType';\nimport { makeStruct, UInt16 } from '@novastar/native/common';\nimport debugFactory from 'debug';\nimport { isLeft } from 'fp-ts/Either';\nimport * as t from 'io-ts';\nimport { PathReporter } from 'io-ts/PathReporter';\nimport range from 'lodash/range';\n\nimport { isValidScanBdProp, isValidStandardLedModuleProp } from './CommonCalculator';\nimport ConfigurationError from './ConfigurationError';\nimport { GetSmartMode, IsSystemController } from './CustomTransform';\nimport { DeviceInfo } from './DeviceInfo';\nimport { DviScreenConfigInfo, DviScreenInfoFlag } from './DviScreenConfigInfo';\nimport {\n FILE_COMPRESS_AREA_START_ADDR,\n FileInfoObject,\n FileInfoObjectList,\n ScreenFileType,\n ScreenFileVersion,\n} from './FileInfo';\nimport GetScreenPortAddrInfo from './GetScreenPortAddrInfo';\nimport GetScreenSenderAddrInfo from './GetScreenSenderAddrInfo';\nimport { GetAutoRefreshRateBytesSeq, SetVariousScanBdRefreshRate } from './HWAccessorCalculator';\nimport { HWStatus } from './HWStatus';\nimport {\n decodeModulationInfo,\n encodeModulationInfo,\n ModulationInfoHeader,\n SenderModulationFlag,\n} from './ModulationInfo';\nimport {\n decodeRedundancyInfo,\n encodeRedundancyInfo,\n ReduFlag,\n RedundancyInfo,\n} from './RedundancyInfo';\nimport { ScreenConfigInfo } from './ScreenConfigInfo';\nimport Session, { SessionAPI } from './Session';\nimport {\n ParamSize,\n SoftwareSpaceHeader,\n SoftwareSpaceHeaderFlag,\n SoftwareSpaceHeaderVersion,\n} from './SoftwareSpaceHeader';\nimport {\n AllowedNames,\n crc16,\n crc8,\n isHorizontalConnection,\n isLeftConnection,\n isSimpleScreen,\n isTopConnection,\n itFirstNotNull,\n LEDDisplayInfo,\n minimax,\n pack,\n unpack,\n} from './common';\nimport { decodeScreenConfig } from './configs';\nimport convertLEDDisplayInfoToScreenDataInSoftSpace from './convertLEDDisplayInfoToScreenDataInSoftSpace';\nimport convertScreenDataInSoftSpaceToLEDDisplayInfo from './convertScreenDataInSoftSpaceToLEDDisplayInfo';\nimport enumerateDevices from './enumerator';\nimport { getScreenLocation } from './getScreenLocation';\nimport packAndSortCabinets from './packAndSortCabinets';\nimport splitScreensByDevice from './splitScreensByDevice';\n\nconst debug = debugFactory('novastar:screen');\nexport const AllSenders = 0xff;\nexport const AllPorts = 0xff;\nexport const AllScanBoards = 0xffff;\n\n// const DVIDataVer = 1001;\n// const ScrAdjustParamsVer = 1002;\n/**\n * RedundancyInfoAccessor\n */\n// const ReduHeaderInfoLen = 10;\n/**\n * SenderModulationInfoAccessor\n */\n\nconst ParamAddress = 0x0500_0200;\nconst FileInfoCompressedAddress = 0x0500_0400;\n\nconst ScreenDataInSoftSpaceList = t.type({\n ScreenDataInSoftSpace: t.array(ScreenDataInSoftSpace),\n});\n\ntype ConsolidatedResult = null | boolean;\n\nconst consolidateResults = (results: (ErrorType | null)[]): ConsolidatedResult =>\n results.every((res) => res == null) ? null : results.every((res) => res === ErrorType.Succeeded);\n\nexport type BrightnessRGBV = {\n overall: number;\n red: number;\n green: number;\n blue: number;\n vRed: number;\n};\n\ntype ReadFunction = (SenderIndex: number, PortIndex: number, ScanIndex: number) => Promise;\n\ntype WriteFunction = (\n SenderIndex: number,\n PortIndex: number,\n ScanIndex: number,\n broadcast: boolean,\n value: T,\n) => Promise;\n\ntype ReadNames = AllowedNames>;\n\n// eslint-disable-next-line @typescript-eslint/no-explicit-any\ntype WriteNames = AllowedNames>;\n\ntype FilterHasTry = {\n [Key in keyof T]: Key extends string ? (`try${Key}` extends keyof T ? Key : never) : never;\n};\n\ntype ValueType = T extends WriteFunction ? V : never;\n\ntype ValueTypeFromName = ValueType;\n\n/**\n * Factory method for creating an asynchronous generator function to sequentially read data from\n * all receiving cards of the specified screen.\n * @template T Return type\n * @param screen Selected screen\n */\nexport type ScreenReadAsyncGenerator = (screen?: number) => AsyncGenerator;\n\nexport type ScreenWriter = (value: T, screen?: number) => Promise;\n\nconst firstCreator =\n (genFactory: ScreenReadAsyncGenerator) =>\n (screen?: number): Promise => {\n const it = genFactory(screen);\n return itFirstNotNull(it);\n };\n\ntype Codec = (value: I) => O;\n\n// eslint-disable-next-line @typescript-eslint/no-explicit-any\nconst identity = (value: any): T => value;\n\n/*\ntype AsyncGeneratorType = T extends AsyncGenerator ? R : never;\n\n// eslint-disable-next-line @typescript-eslint/no-explicit-any\ntype GeneratorFactory = (...args: ReadonlyArray) => AsyncGenerator;\n\ntype FirstWrapper = (\n ...args: Parameters\n) => Promise> | null>;\n\ntype FirstWrapperCreator = (gen: T) => FirstWrapper;\n\nconst first: FirstWrapperCreator = gen =>\n async (...args) => {\n const generator = gen(...args);\n for await (const res of generator) {\n if (res !== null) return res;\n }\n return null;\n };\n*/\n\nconst stringConverter = (res: Packet): string => {\n const end = Math.max(0, res.data.indexOf(0));\n return res.data.toString('utf-8', 0, end);\n};\n\n// noinspection JSMethodCanBeStatic,JSUnusedGlobalSymbols\n/**\n *\n */\nexport default class ScreenConfigurator {\n /**\n * Current session\n */\n readonly session: SessionAPI;\n\n /**\n * Find all connected devices in the current session/connection, read screen configurations.\n */\n reload: () => Promise = this.queue(this.reloadImpl);\n\n /**\n * Save screen configurations to devices.\n */\n save: () => Promise = this.queue(this.saveImpl);\n\n ReadHWStatus: ScreenReadAsyncGenerator> = this.createReadGenerator(\n 'ReadAllStatus',\n (res) => new HWStatus(res.data).toJSON(),\n );\n\n ReadReceivingCardMCURemarks = this.createReadGenerator(\n 'ReadScanner_McuProgramRemarks',\n stringConverter,\n );\n\n ReadReceivingCardFPGARemarks = this.createReadGenerator(\n 'ReadScanner_FPGAProgramRemarks',\n stringConverter,\n );\n\n ReadChipType = this.createReadGenerator('ReadDriverType', decodeUIntLE);\n\n ReadFirstChipType = firstCreator(this.ReadChipType);\n\n WriteBrightness: ScreenWriter = this.createWriter('SetGlobalBrightness', (percent) =>\n Math.ceil((minimax(0, 100, percent) * 255) / 100),\n );\n\n ReadBrightness: ScreenReadAsyncGenerator = this.createReadGenerator(\n 'ReadGlobalBrightness',\n (res) => Math.round((decodeUIntLE(res) * 10000) / 255) / 100,\n );\n\n ReadFirstBrightness = firstCreator(this.ReadBrightness);\n\n WriteDisplayMode: ScreenWriter = this.createWriter('SetSelfTestMode');\n\n ReadDisplayMode = this.createReadGenerator('ReadSelfTestMode', decodeUIntLE);\n\n ReadFirstDisplayMode = firstCreator(this.ReadDisplayMode);\n\n ReadGamma: ScreenReadAsyncGenerator = this.createReadGenerator(\n 'ReadGamma',\n (res) => decodeUIntLE(res) / 10,\n );\n\n ReadFirstGamma = firstCreator(this.ReadGamma);\n\n ReadRGBVBrightness: ScreenReadAsyncGenerator = this.createReadGenerator(\n 'ReadAllBrightnessInfo',\n (res) => {\n const [overall, red, green, blue, vRed] = res.data;\n return {\n overall,\n red,\n green,\n blue,\n vRed,\n } as BrightnessRGBV;\n },\n );\n\n ReadFirstRGBVBrightness = firstCreator(this.ReadRGBVBrightness);\n\n WriteGamma: ScreenWriter = this.createWriter('SetGamma', (gamma) => (gamma * 10) & 0xff);\n\n ReadFirstFuncCardLightSensor = firstCreator(this.ReadAllFuncCardLightSensor.bind(this));\n\n ReadFuncCardLightSensor = this.queue(this.readFuncCardLightSensorImpl);\n\n #ready = Promise.resolve();\n\n #devices: DeviceInfo[] = [];\n\n #screens: LEDDisplayInfo[] = [];\n\n #reduList: Required[] = [];\n\n #modulations: Required[] = [];\n\n constructor(connection: Connection);\n\n constructor(session: SessionAPI);\n\n constructor(arg: SessionAPI | Connection) {\n this.session = (arg instanceof Connection ? new Session(arg) : arg) as SessionAPI;\n // this.session.Distribute_SetRebootAppFpgaProgram(0,0,0,true,0);\n }\n\n get devices(): ReadonlyArray> {\n return this.#devices;\n }\n\n get screens(): ReadonlyArray> {\n return this.#screens;\n }\n\n get reduList(): ReadonlyArray>> {\n return this.#reduList;\n }\n\n get modulations(): ReadonlyArray>> {\n return this.#modulations;\n }\n\n reset(): void {\n this.#devices = [];\n this.#screens = [];\n this.#reduList = [];\n this.#modulations = [];\n }\n\n /**\n * FormMain\n */\n GetScreenAllPort(\n screen: number,\n toRead = false,\n ): {\n SenderIndex: number;\n PortIndex: number;\n ScanIndex: number;\n SlaveSenderIndex?: number;\n SlavePortIndex?: number;\n }[] {\n if (!toRead && (screen === -1 || this.screens.length === 0))\n return [\n {\n SenderIndex: AllSenders,\n PortIndex: AllPorts,\n ScanIndex: AllScanBoards,\n },\n ];\n if (this.screens.length === 0) return [];\n const scr = this.screens[screen];\n if (!scr) throw new TypeError(`Invalid screen index: ${screen}`);\n const list = GetScreenPortAddrInfo(scr).flatMap(\n ({ SenderIndex, PortIndex, MinConnectIndex, LoadScannerCount }) => {\n const { SlaveSenderIndex, SlavePortIndex } =\n this.reduList.find(\n (item) => item.MasterPortIndex === PortIndex && item.MasterSenderIndex === SenderIndex,\n ) ?? {};\n return toRead\n ? range(MinConnectIndex, MinConnectIndex + LoadScannerCount).map((ScanIndex) => ({\n SenderIndex,\n PortIndex,\n SlaveSenderIndex,\n SlavePortIndex,\n ScanIndex,\n }))\n : {\n SenderIndex,\n PortIndex,\n SlaveSenderIndex,\n SlavePortIndex,\n ScanIndex: 0xffff,\n };\n },\n );\n\n return toRead ? list.filter(({ SenderIndex }) => SenderIndex !== AllSenders) : list;\n }\n\n async WriteRGBVBrightness(\n { overall, red, green, blue, vRed }: BrightnessRGBV,\n screen = 0,\n ): Promise {\n const addresses = this.GetScreenAllPort(screen);\n const value = Buffer.from([overall, red, green, blue, vRed]);\n if (addresses.length === 0) {\n const req = new Request(value, true);\n req.address = AddressMapping.AllBrightnessInfoAddr;\n req.deviceType = DeviceType.ReceivingCard;\n req.destination = AllSenders;\n req.port = AllPorts;\n req.rcvIndex = AllScanBoards;\n await this.session.connection.send(req);\n return true;\n }\n const results = await series(addresses, async (address) => {\n const req = new Request(value);\n req.address = AddressMapping.AllBrightnessInfoAddr;\n req.deviceType = DeviceType.ReceivingCard;\n req.destination = address.SenderIndex;\n req.port = address.PortIndex;\n req.rcvIndex = address.ScanIndex;\n const res = await this.session.connection.trySend(req);\n return res && res.ack;\n });\n return consolidateResults(results);\n }\n\n async FactoryReset(screen = 0): Promise {\n this.session.pushTimeout(60000);\n try {\n return this.session.trySetReturnFactoryValues(screen, 0);\n } finally {\n this.session.popTimeout();\n }\n }\n\n async SendRemoveDeadPixels(): Promise {\n const req = new Request([2]);\n req.address = 0x0100_009e;\n req.deviceType = DeviceType.ReceivingCard;\n req.destination = AllSenders;\n req.port = AllPorts;\n req.rcvIndex = AllScanBoards;\n const res = await this.session.connection.trySend(req);\n return res && res.ack === ErrorType.Succeeded;\n }\n\n async ReadHasDVISignalIn(device = 0): Promise {\n const res = await this.session.tryReadIsHasDVI(device);\n return res && res.ack === 0 && res.data[0] !== 0;\n }\n\n async *ReadAllFuncCardLightSensor(): AsyncGenerator {\n const { portCount = 4 } = this.devices[0] ?? [];\n for (let PortIndex = 0; PortIndex < portCount; PortIndex += 1) {\n yield this.ReadFuncCardLightSensor(0, PortIndex, 0);\n }\n }\n\n protected async readFuncCardLightSensorImpl(\n senderIndex = 0,\n portIndex = 0,\n cardIndex = 0,\n ): Promise {\n const data = Buffer.from([\n cardIndex,\n BaudRateTypeEnum.BT_115200bps,\n 0,\n 0,\n 0x55,\n 0xaa,\n 1,\n 2,\n 0x80,\n 0xff,\n 0x81,\n ]);\n const req = new Request(data);\n req.address = AddressMapping.FuncCard_WriteOutDeviceAddr;\n req.deviceType = DeviceType.FunctionCard;\n req.destination = senderIndex;\n req.port = portIndex;\n req.rcvIndex = cardIndex;\n let res = await this.session.connection.trySend(req);\n if (!res || res.ack !== 0) return null;\n res = await this.session.tryFuncCard_ReadOutDeviceValue_1(senderIndex, portIndex, cardIndex);\n if (\n !res ||\n res.ack !== 0 ||\n res.data.length !== 5 ||\n res.data[0] !== 1 ||\n res.data[1] !== 2 ||\n crc8(res.data.slice(1, -1)) !== res.data[4] ||\n (res.data[2] & 0x80) === 0\n )\n return null;\n return (((res.data[2] & 0x7f) << 8) + res.data[3]) * 2;\n }\n\n protected createReadGenerator(\n name: N,\n decoder: (res: Packet) => T,\n ): ScreenReadAsyncGenerator {\n return {\n async *[name](this: ScreenConfigurator, screen = 0): AsyncGenerator | null> {\n const addresses = this.GetScreenAllPort(screen, true);\n for (const address of addresses) {\n const { SenderIndex, PortIndex, ScanIndex } = address;\n yield this.session[`try${name}`](SenderIndex, PortIndex, ScanIndex).then((res) =>\n !res || res.ack !== 0 ? null : decoder(res),\n );\n }\n },\n }[name].bind(this);\n }\n\n protected createWriter[WriteNames], I = ValueTypeFromName>(\n name: N,\n encoder: Codec> = identity,\n ): ScreenWriter {\n return {\n async [name](this: ScreenConfigurator, value: I, screen = -1): Promise {\n const addresses = this.GetScreenAllPort(screen);\n // debug(`addresses: ${JSON.stringify(addresses)}`);\n const val = encoder(value) as never;\n const results = await series(addresses, async ({ SenderIndex, PortIndex, ScanIndex }) => {\n if (name === 'SetGlobalBrightness') {\n try {\n await this.session[`${name}`](SenderIndex, PortIndex, ScanIndex, true, val);\n } catch (err) {\n console.error(\n `Failed to set brightness for sender ${SenderIndex} port ${PortIndex}:`,\n err,\n );\n return null;\n }\n return null;\n }\n return this.session[`try${name}`](SenderIndex, PortIndex, ScanIndex, val);\n });\n return consolidateResults(results);\n },\n }[name].bind(this);\n }\n\n protected queue(\n func: (this: ScreenConfigurator, ...args: A[]) => Promise,\n ): (...args: A[]) => Promise {\n return (...args) =>\n new Promise((resolve, reject) => {\n this.#ready = this.#ready\n .finally()\n .then(() => func.apply(this, args).then(resolve, reject));\n });\n }\n\n /**\n * ScreenInfoAccessor::LoadDviScreenInfoFromHW\n * NovaLCT::FormMain::OnEquipmentChangeEvent\n */\n protected async reloadImpl(): Promise {\n this.reset();\n this.#devices = await enumerateDevices(this.session);\n debug(`devices: ${JSON.stringify(this.devices)}`);\n // if (this.devices.length > 1) throw new Error('An unexpected number of devices!');\n await series(this.devices, async ({ maxPackageSize, model }, index): Promise => {\n if (!IsSystemController(model)) return;\n this.session.connection.maxLength = maxPackageSize;\n await this.readBase(index);\n await this.readRedundancy(index);\n await this.readModulation(index);\n });\n }\n\n // TODO: Not Impl\n /**\n * Nova.LCT.GigabitSystem.CommonInfoAccessor.dll\n *\n * Nova.LCT.GigabitSystem.CommonInfoAccessor::ScreenInfoAccessor::SaveDviScreenInfoToHW\n * @protected\n */\n protected async saveImpl(): Promise {\n // Only one device expected\n // SetScreenConfigFalg\n await series(this.devices, async ({ maxPackageSize }, index) => {\n this.session.connection.maxLength = maxPackageSize;\n await this.session.SetSender_ScreenConfigFlagSpace(index, false, [85, 0]);\n });\n const items = splitScreensByDevice(\n this.screens.map(convertLEDDisplayInfoToScreenDataInSoftSpace),\n );\n if (items.length !== this.devices.length) throw new Error('Invalid number of devices');\n // NewSoftSpaceBasicAccessor::CompressFile\n await series(items, async (screens, index) => {\n const src = JSON.stringify(\n ScreenDataInSoftSpaceList.encode({\n ScreenDataInSoftSpace: screens,\n }),\n );\n const [props, fileCompressDataArea] = await pack(src);\n const info: FileInfoObject = {\n FileType: ScreenFileType,\n Version: ScreenFileVersion,\n Addr: FILE_COMPRESS_AREA_START_ADDR,\n SrcLength: src.length,\n DestLength: fileCompressDataArea.length,\n DecompressProps: props,\n CheckSum: crc16(fileCompressDataArea, 0x55aa),\n };\n // NewSoftSpaceBasicAccessor::CompressFileInfo\n const srcInfo = Buffer.from(\n JSON.stringify({\n SectionFormat: [info],\n }),\n );\n const [infoProps, fileInfoCompressDataArea] = await pack(srcInfo);\n const nonCompressDataArea = Buffer.alloc(ParamSize);\n nonCompressDataArea.writeUInt16LE(infoProps.length);\n nonCompressDataArea.write(infoProps, 2, 'binary');\n // NewSoftSpaceBasicAccessor::ConstructSpaceHeader\n const ss = new SoftwareSpaceHeader();\n ss.header = SoftwareSpaceHeaderFlag;\n ss.version = SoftwareSpaceHeaderVersion;\n ss.paramSize = ParamSize;\n ss.paramCRC = crc16(nonCompressDataArea, 0x55aa);\n ss.compressedSize = fileInfoCompressDataArea.length;\n ss.fileInfoSize = srcInfo.length;\n ss.fileInfoCRC = crc16(fileInfoCompressDataArea, 0x55aa);\n const raw = SoftwareSpaceHeader.raw(ss);\n ss.crc = crc16(raw.slice(SoftwareSpaceHeader.getOffsetOf('crc') + 2), 0x55aa);\n const spaceData = Buffer.alloc(0x2000 + fileCompressDataArea.length);\n raw.copy(spaceData);\n nonCompressDataArea.copy(spaceData, 512);\n fileInfoCompressDataArea.copy(spaceData, 1024);\n fileCompressDataArea.copy(spaceData, 0x2000);\n await this.WriteData(index, AddressMapping.Sender_SoftwareSpaceAddr, spaceData);\n });\n }\n\n protected async saveRedundancy(index: number): Promise {\n const data = encodeRedundancyInfo(this.reduList);\n await this.session.SetSender_SoftwareSpace(\n index,\n false,\n data,\n data.length,\n SoftwareSpaceBaseAddress.REDUNDANCY_BASE_ADDRESS,\n );\n }\n\n // ScannerPropertyAccessor\n protected async sendParametersToScanBoardGroupImpl(\n scanBdProperty: Readonly,\n isSmartMode = false,\n _isSmartNoSend = true,\n senderIndex = 255,\n portIndex = 255,\n scanBdIndex = 0xffff,\n ): Promise {\n if (!isValidScanBdProp(scanBdProperty)) throw new TypeError('Invalid ScanBoardProperty');\n const copy = { ...scanBdProperty };\n const { StandardLedModuleProp, Support22BitModel } = scanBdProperty;\n if (!isValidStandardLedModuleProp(StandardLedModuleProp))\n throw new TypeError('Invalid StandardLedModuleProp');\n const { ScreenDriveType, DriverChipType } = StandardLedModuleProp;\n // ChipDataMaker.GetChipInfo <- skipped (2053)\n if (!isSmartMode) {\n await this.session.SetSelfTestMode(\n senderIndex,\n portIndex,\n scanBdIndex,\n false,\n TestModeEnum.ParaFreeze,\n );\n await delay(1000);\n }\n // ScannerPropertyDataProcess.Instance.ScanBdPropertyExchanged <- skipped\n if (Support22BitModel) {\n await this.session.SetScannerxBitEnable(senderIndex, portIndex, scanBdIndex, false, 100);\n await delay(100);\n }\n const autoRefreshRates = GetAutoRefreshRateBytesSeq(\n SetVariousScanBdRefreshRate(scanBdProperty, isSmartMode),\n );\n await this.session.SetScanner_AutoRefreshRate(\n senderIndex,\n portIndex,\n scanBdIndex,\n false,\n autoRefreshRates,\n );\n const smartMode = GetSmartMode(isSmartMode, ScreenDriveType, DriverChipType);\n await this.session.SetSmartSetMode(senderIndex, portIndex, scanBdIndex, false, smartMode);\n copy.IsEnableOtherRefreshNumParams = !isSmartMode;\n }\n\n /**\n * Nova.LCT.GigabitSystem.LEDConfigAccessor\n *\n * Nova.LCT.GigabitSystem.HWConfigAccessor::PollingScannerParam\n *\n * ScannerPropertyAccessor::StartPollingScannerAccessor\n * @protected\n */\n protected async ExecuteCheck(req: Readonly): Promise {\n const { destination, port, rcvIndex } = req;\n let attempts = 20;\n while (attempts > 0) {\n // ReadRegisterState\n // eslint-disable-next-line no-await-in-loop\n const res = await this.session.tryReadScannerFunctionInfo(destination, port, rcvIndex);\n if (res) return;\n attempts -= 1;\n // eslint-disable-next-line no-await-in-loop\n if (attempts) await delay(400);\n }\n throw new Error('Hardware timeout');\n }\n\n /**\n * Nova.LCT.GigabitSystem.CommonInfoAccessor, RedundancyInfoAccessor\n */\n private async readRedundancy(index: number): Promise {\n const info = new RedundancyInfo(\n await this.session.ReadSender_SoftwareSpace(\n index,\n RedundancyInfo.baseSize,\n SoftwareSpaceBaseAddress.REDUNDANCY_BASE_ADDRESS,\n ),\n );\n debug(`redundancyHeader: ${info.header} (${info.length})`);\n if (info.header !== ReduFlag || info.length === 0) return;\n const data = await this.session.ReadSender_SoftwareSpace(\n index,\n RedundancyInfo.baseSize + info.length,\n SoftwareSpaceBaseAddress.REDUNDANCY_BASE_ADDRESS,\n );\n const reduList = decodeRedundancyInfo(data);\n this.#reduList = index === 0 ? reduList : this.#reduList.concat(reduList);\n debug(`redundancy: ${JSON.stringify(this.reduList)}`);\n }\n\n private async readModulation(index = 0): Promise {\n const data = await this.session.ReadSender_SoftwareSpace(\n index,\n ModulationInfoHeader.baseSize,\n SoftwareSpaceBaseAddress.MODULATION_BASE_ADDRESS,\n );\n const header = new ModulationInfoHeader(data);\n if (header.header !== SenderModulationFlag || header.length === 0) return;\n const total = header.length + ModulationInfoHeader.baseSize;\n const buf = await this.session.ReadSender_SoftwareSpace(\n 0,\n total,\n SoftwareSpaceBaseAddress.MODULATION_BASE_ADDRESS,\n );\n const modulations = decodeModulationInfo(buf);\n this.#modulations = index === 0 ? modulations : this.#modulations.concat(modulations);\n debug(`modulations: ${JSON.stringify(this.modulations)}`);\n }\n\n private async saveModulation(index: number): Promise {\n const data = encodeModulationInfo(this.modulations);\n await this.session.SetSender_SoftwareSpace(\n index,\n false,\n data,\n data.length,\n SoftwareSpaceBaseAddress.MODULATION_BASE_ADDRESS,\n );\n }\n\n private async readBase(index: number) {\n debug(`try readBase:${index}`);\n const spaceHeader = await this.session.ReadSender_SoftwareSpace(\n index,\n 512, // HEADER_LENGTH\n SoftwareSpaceBaseAddress.BASE_ADDRESS,\n );\n /**\n * ScreenInfoAccessor::OnReadSpaceTypeCompleted\n */\n const header = spaceHeader.slice(0, 4).toString('ascii');\n debug(`readBase: ${header}`);\n switch (header) {\n case 'NSSD': // after sendConfig;\n return this.ReadSoftSpaceData(spaceHeader, index);\n case DviScreenInfoFlag:\n return this.ReadDviScreenInfo(spaceHeader, index);\n case '\\x00\\x00\\x00\\x00': // Quick Config\n return this.ReadSenderScreenConfigInfo(index);\n default:\n throw new TypeError('Unknown header type');\n }\n }\n\n /**\n * Nova.GigabitController.FrmSysConfigMode\n */\n private async SetScreenALLWidth(): Promise {\n const results = await series(this.screens, (scr) => {\n const location = getScreenLocation(scr);\n const senders = GetScreenSenderAddrInfo(scr);\n return series(senders, ({ SenderIndex }) =>\n this.session.trySetSenderVideoEnclosingMode(\n SenderIndex,\n location.rightBottom.x,\n location.rightBottom.y,\n ),\n );\n });\n return consolidateResults(results.flat(1));\n }\n\n private async ReadDviScreenInfo(header: Buffer, index: number): Promise {\n debug(`${DviScreenInfoFlag}: ReadDviScreenInfo`);\n if (header.length < DviScreenConfigInfo.baseSize)\n throw new TypeError('Invalid DviScreenConfigInfo header length');\n const dsci = new DviScreenConfigInfo(header.slice(0, DviScreenConfigInfo.baseSize));\n const { dviInfoLength, screenInfoLength, adjustInfoLength } = dsci;\n const data = await this.session.ReadSender_SoftwareSpace(\n index,\n DviScreenConfigInfo.baseSize + dviInfoLength + screenInfoLength + adjustInfoLength,\n SoftwareSpaceBaseAddress.BASE_ADDRESS,\n );\n const { screens } = decodeScreenConfig(data);\n this.#screens = index === 0 ? screens : this.#screens.concat(screens);\n // if (crc(data, crc(DviScreenConfigInfo.raw(dsci).slice(6), 0)) !== crcInfo)\n // throw new Error(`Invalid DviScreenConfigInfo crc`);\n // [this.#dviInfo, this.#dviVersion] = parseGraphicsDVIPortInfo(data.slice(0, dviInfoLength));\n // debug(`dviInfo: ${JSON.stringify(this.#dviInfo)}`);\n // debug(`dviVersion: ${this.#dviVersion}`);\n // [this.#screens, this.#screenVersion] = parseScreenInfo(\n // data.slice(dviInfoLength, dviInfoLength + screenInfoLength)\n // );\n // const adjustInfo = parseScreenAdjustInfo(data.slice(dviInfoLength + screenInfoLength));\n // if (adjustInfo.length > 0) {\n // if (adjustInfo.length !== this.screens.length) throw new Error('Invalid adjust info\n // count'); this.#screens = this.#screens.map(({ ScrAdjustParams, ...other }, i) => ({\n // ...other, ScrAdjustParams: adjustInfo[i], })); } debug(`screens:\n // ${JSON.stringify(this.#screens)}`);\n }\n\n private async ReadSenderScreenConfigInfo(index: number): Promise {\n debug('0000: ReadSenderScreenConfigInfo');\n const res = await this.session.tryReadSender_ScreenConfigSpace(index);\n if (!res) return;\n const {\n Type,\n ScanBdCols,\n ScanBdRows,\n CabinetsPerPort,\n PixelColsInScanBd,\n PixelRowsInScanBd,\n ConnectType,\n X,\n Y,\n } = new ScreenConfigInfo(res.data);\n switch (Type) {\n case 1: {\n if (!ScanBdCols || !ScanBdRows || !CabinetsPerPort) throw new Error('Invalid screen cfg');\n const total = ScanBdRows * ScanBdCols;\n const portCount = Math.ceil(total / CabinetsPerPort);\n if (CabinetsPerPort % (isHorizontalConnection(ConnectType) ? ScanBdCols : ScanBdRows) !== 0)\n throw new ConfigurationError('Invalid cabinetsPerPort');\n let portCols: number;\n let portRows: number;\n let ports: PortScanBoardInfo[];\n if (isHorizontalConnection(ConnectType)) {\n portCols = 1;\n portRows = portCount;\n const getRow = (row: number) =>\n minimax(0, ScanBdRows, isTopConnection(ConnectType) ? row : ScanBdRows - row);\n const rowsPerPort = CabinetsPerPort / ScanBdCols;\n ports = range(portCount).map((PortIndex) => {\n const extremes = [\n getRow(PortIndex * rowsPerPort),\n getRow((PortIndex + 1) * rowsPerPort),\n ];\n return makeStruct(PortScanBoardInfo, {\n PortIndex,\n ConnectType,\n ScanBdBegColNo: 0,\n ScanBdEndColNo: ScanBdCols,\n ScanBdBegRowNo: Math.min(...extremes),\n ScanBdEndRowNo: Math.max(...extremes),\n });\n });\n } else {\n portCols = portCount;\n portRows = 1;\n const getCol = (col: number) =>\n minimax(0, ScanBdCols, isLeftConnection(ConnectType) ? col : ScanBdCols - col);\n const colsPerPort = CabinetsPerPort / ScanBdRows;\n ports = range(portCount).map((PortIndex) => {\n const extremes = [\n getCol(PortIndex * colsPerPort),\n getCol((PortIndex + 1) * colsPerPort),\n ];\n return makeStruct(PortScanBoardInfo, {\n PortIndex,\n ConnectType,\n ScanBdBegRowNo: 0,\n ScanBdEndRowNo: ScanBdRows,\n ScanBdBegColNo: Math.min(...extremes),\n ScanBdEndColNo: Math.max(...extremes),\n });\n });\n }\n const screens = [\n makeStruct(SimpleLEDDisplayInfo, {\n Type: LEDDisplyTypeEnum.SimpleSingleType,\n PixelColsInScanBd,\n PixelRowsInScanBd,\n ScanBdCols,\n ScanBdRows,\n PortCols: portCols,\n PortRows: portRows,\n SenderIndex: 0,\n X,\n Y,\n VirtualMode: VirtualModeTypeEnum.Disable,\n PortScanBdInfoList: ports,\n }),\n ];\n this.#screens = index === 0 ? screens : this.#screens.concat(screens);\n break;\n }\n case 3: {\n if (this.#screens.length === 1) {\n const [screen] = this.#screens;\n if (isSimpleScreen(screen) && UInt16.is(X) && UInt16.is(Y)) {\n screen.X = X;\n screen.Y = Y;\n }\n }\n break;\n }\n case 5:\n break;\n default:\n throw new TypeError('Invalid screen config type');\n }\n debug(`screens: ${JSON.stringify(this.screens)}`);\n }\n\n private async ReadData(index: number, address: number, length: number): Promise {\n const req = new Request(length);\n req.address = address;\n req.destination = index;\n const { data } = await this.session.connection.send(req);\n return data;\n }\n\n private async WriteData(index: number, address: number, data: Buffer): Promise {\n const req = new Request(data);\n req.address = address;\n req.destination = index;\n await this.session.connection.send(req);\n }\n\n private async ReadSoftSpaceData(spaceHeader: Buffer, index: number): Promise {\n debug('NSSD: ReadSoftSpaceData');\n const ss = new SoftwareSpaceHeader(spaceHeader);\n if (crc16(spaceHeader.slice(SoftwareSpaceHeader.getOffsetOf('crc') + 2), 0x55aa) !== ss.crc)\n throw new Error('Invalid space header crc');\n if (ss.paramSize !== ParamSize) throw new Error('Invalid uncompressedSize');\n const paramData = await this.ReadData(index, ParamAddress, ss.paramSize);\n if (ss.paramCRC !== crc16(paramData, 0x55aa)) throw new Error('Param crc error');\n const fileInfoCompressData = await this.ReadData(\n index,\n FileInfoCompressedAddress,\n ss.compressedSize,\n );\n if (ss.fileInfoCRC !== crc16(fileInfoCompressData, 0x55aa))\n throw new Error('FileInfoCRC error');\n const fileInfoListV = FileInfoObjectList.decode(\n JSON.parse(await unpack(paramData.slice(2), ss.fileInfoSize, fileInfoCompressData)),\n );\n if (isLeft(fileInfoListV))\n throw new Error(`Invalid fileInfoList: ${PathReporter.report(fileInfoListV)}`);\n const fileInfoList = fileInfoListV.right;\n debug(`fileInfoList: ${JSON.stringify(fileInfoList)}`);\n // console.log(inspect(fileInfoList, false, null));\n const screens = (\n await series(fileInfoList.SectionFormat, async (info): Promise => {\n const fi = await this.ReadData(index, info.Addr, info.DestLength);\n const list = JSON.parse(await unpack(info.DecompressProps, info.SrcLength, fi));\n // console.log(inspect(list, false, null));\n const screenListV = ScreenDataInSoftSpaceList.decode(list);\n if (isLeft(screenListV)) {\n console.error(PathReporter.report(screenListV));\n throw new Error('Invalid screenList');\n }\n // console.log('screenList:', inspect(screenListV.right, false, null));\n return packAndSortCabinets(screenListV.right.ScreenDataInSoftSpace, index);\n })\n )\n .flat(1)\n .map(convertScreenDataInSoftSpaceToLEDDisplayInfo);\n\n // console.log('packed:', screensByDevices.length, inspect(screensByDevices, false, null));\n this.#screens = index === 0 ? screens : this.#screens.concat(screens);\n debug(`screens: ${JSON.stringify(this.screens)}`);\n // console.log('screens:', inspect(this.#screens, false, null));\n // this.screens.forEach((screen, i) => {\n // console.log('ports', inspect(GetScreenPortAddrInfo(screen), false, null));\n // console.log('scr:', inspect(GetScreenSenderAddrInfo(screen), false, null));\n // console.log('all:', inspect(this.GetScreenAllPort(i), false, null));\n // });\n }\n}\n","import {\n isHorizontalConnection,\n isLeftConnection,\n isSimpleScreen,\n isStandardScreen,\n isTopConnection,\n LEDDisplayInfo,\n} from './common';\nimport { notEmptyXY } from './getScreenLocation';\n\nexport type CabinetPosition = {\n column: number;\n row: number;\n left: number;\n top: number;\n sender: number;\n port: number;\n card: number;\n};\n\nconst getCabinetPosition = (\n screen: LEDDisplayInfo,\n sender: number,\n port: number,\n card: number,\n): CabinetPosition | null => {\n if (isSimpleScreen(screen)) {\n if (screen.SenderIndex !== sender) return null;\n const portInfo = screen.PortScanBdInfoList.find(({ PortIndex }) => PortIndex === port);\n if (!portInfo) return null;\n const {\n ConnectType = 0,\n ScanBdBegColNo = 0,\n ScanBdEndColNo = 0,\n ScanBdBegRowNo = 0,\n ScanBdEndRowNo = 0,\n } = portInfo;\n const cols = ScanBdEndColNo - ScanBdBegColNo;\n const rows = ScanBdEndRowNo - ScanBdBegRowNo;\n if (cols === 0 || rows === 0) return null;\n let [column, row] = isHorizontalConnection(ConnectType)\n ? [card % cols, Math.floor(card / cols)]\n : [Math.floor(card / rows), card % rows];\n if ((row % 2 === 1) === isLeftConnection(ConnectType)) {\n column = cols - column;\n }\n if ((column % 2 === 1) === isTopConnection(ConnectType)) {\n row = rows - row;\n }\n return {\n sender,\n port,\n card,\n column,\n row,\n left: column * screen.PixelColsInScanBd,\n top: row * screen.PixelRowsInScanBd,\n };\n }\n const list = isStandardScreen(screen)\n ? screen.ScannerRegionList.filter(notEmptyXY)\n : screen.ScanBoardRegionInfoList.filter(notEmptyXY);\n const cabinet = list.find(\n ({ SenderIndex, PortIndex, ConnectIndex }) =>\n SenderIndex === sender && PortIndex === port && ConnectIndex === card,\n );\n if (!cabinet) return null;\n const [uniqX, uniqY] = list.reduce(\n ([xSet, ySet], { X, Y }) => {\n xSet.add(X);\n ySet.add(Y);\n return [xSet, ySet];\n },\n [new Set(), new Set()],\n );\n const sortedX = [...uniqX.values()].sort();\n const sortedY = [...uniqY.values()].sort();\n return {\n sender,\n port,\n card,\n row: cabinet.RowIndexInScreen ?? sortedY.findIndex((y) => y === cabinet.Y),\n column: cabinet.ColIndexInScreen ?? sortedX.findIndex((x) => x === cabinet.X),\n left: cabinet.X ?? 0,\n top: cabinet.Y ?? 0,\n };\n};\n\nexport default getCabinetPosition;\n","import type { NcpCabinetConfig } from './NcpConfig';\nconst dataGroupMappingAddress = 0x2800_0000;\nconst pointTableAddress = 0x0400_0000;\nconst scanBoardDataAddress = 0x0200_0000;\nconst highLoadOffset = 251;\nconst highLoadMask = 0x10;\nconst unusedDataGroup = 0xff;\n\nexport interface NcpDataGroupBlock {\n /** Zero-based block number in physical DATA order. */\n index: number;\n /** Zero-based first physical DATA group occupied by this block. */\n physicalStart: number;\n /** Zero-based last physical DATA group occupied by this block. */\n physicalEnd: number;\n /** Logical groups routed to the consecutive physical DATA groups. */\n logicalGroups: number[];\n}\n\nexport interface NcpDataGroupMapping {\n address: number;\n capacity: number;\n blocks: NcpDataGroupBlock[];\n}\n\n/**\n * Decode the irregular-cabinet physical-to-logical DATA group routing table from an NCP cabinet.\n * Empty physical positions are encoded as 0xff. Consecutive assigned positions form one block.\n */\nexport const getNcpDataGroupMapping = (\n cabinet: Pick,\n): NcpDataGroupMapping | undefined => {\n const parameter = cabinet.parameters.find(({ address }) => address === dataGroupMappingAddress);\n if (!parameter) return undefined;\n\n const blocks: NcpDataGroupBlock[] = [];\n for (let physicalGroup = 0; physicalGroup < parameter.data.length; ) {\n if (parameter.data[physicalGroup] === unusedDataGroup) {\n physicalGroup += 1;\n continue;\n }\n const physicalStart = physicalGroup;\n const logicalGroups: number[] = [];\n while (\n physicalGroup < parameter.data.length &&\n parameter.data[physicalGroup] !== unusedDataGroup\n ) {\n logicalGroups.push(parameter.data[physicalGroup]);\n physicalGroup += 1;\n }\n blocks.push({\n index: blocks.length,\n physicalStart,\n physicalEnd: physicalGroup - 1,\n logicalGroups,\n });\n }\n\n return {\n address: parameter.address,\n capacity: parameter.data.length,\n blocks,\n };\n};\n\nconst validateOrder = (order: readonly number[], blockCount: number): void => {\n if (\n order.length !== blockCount ||\n order.some((index) => !Number.isInteger(index) || index < 0 || index >= blockCount) ||\n new Set(order).size !== blockCount\n ) {\n throw new RangeError('DATA group order must be a complete permutation of the source blocks');\n }\n};\n\n/**\n * Return an NCP cabinet copy whose physical DATA blocks have been assigned to screen positions in\n * the requested order. Both the output-to-logical-group assignments and the corresponding physical\n * columns of the scanner run-line table are moved. The original decoded cabinet and its RCCB binary\n * are left unchanged; the returned parameter list is ready to send.\n */\nexport const reorderNcpDataGroupBlocks = (\n cabinet: NcpCabinetConfig,\n order: readonly number[],\n): NcpCabinetConfig => {\n const mapping = getNcpDataGroupMapping(cabinet);\n if (!mapping) throw new TypeError('NCP cabinet does not contain a DATA group mapping table');\n validateOrder(order, mapping.blocks.length);\n\n const blockLength = mapping.blocks[0]?.logicalGroups.length ?? 0;\n if (!blockLength || mapping.blocks.some((block) => block.logicalGroups.length !== blockLength)) {\n throw new TypeError('NCP DATA group blocks have different sizes and cannot be reordered');\n }\n\n const pointTable = cabinet.parameters.find(({ address }) => address === pointTableAddress);\n const scanBoardData = cabinet.parameters.find(({ address }) => address === scanBoardDataAddress);\n if (!pointTable || !scanBoardData || scanBoardData.data.length <= highLoadOffset) {\n throw new TypeError('NCP cabinet does not contain a compatible DATA group run-line table');\n }\n const entrySize = scanBoardData.data[highLoadOffset] & highLoadMask ? 4 : 2;\n const rowSize = mapping.capacity * entrySize;\n if (pointTable.data.length % rowSize !== 0) {\n throw new TypeError('NCP cabinet does not contain a compatible DATA group run-line table');\n }\n\n const parameters = cabinet.parameters.map((parameter) => {\n if (parameter.address === dataGroupMappingAddress) {\n const data = Buffer.from(parameter.data);\n mapping.blocks.forEach((target, targetIndex) => {\n const source = mapping.blocks[order[targetIndex]];\n Buffer.from(source.logicalGroups).copy(data, target.physicalStart);\n });\n return { ...parameter, data };\n }\n if (parameter.address === pointTableAddress) {\n const data = Buffer.from(parameter.data);\n mapping.blocks.forEach((target, targetIndex) => {\n const source = mapping.blocks[order[targetIndex]];\n for (let row = 0; row < parameter.data.length; row += rowSize) {\n const targetOffset = row + target.physicalStart * entrySize;\n const sourceOffset = row + source.physicalStart * entrySize;\n parameter.data.copy(\n data,\n targetOffset,\n sourceOffset,\n sourceOffset + blockLength * entrySize,\n );\n }\n });\n return { ...parameter, data };\n }\n return parameter;\n });\n\n return { ...cabinet, parameters };\n};\n","import fs from 'fs';\nimport path from 'path';\n\nimport { Uint8ArrayReader, Uint8ArrayWriter, ZipReader, ZipWriter } from '@zip.js/zip.js';\nimport Zip from 'adm-zip';\nimport { XMLParser } from 'fast-xml-parser';\n\nimport { decodeScannerBinData } from './ScannerBinData';\nimport { ScannerBinData } from './ScannerBinData';\nimport { ScanBdRecordNoSendParams } from './ScanBdRecordNoSendParams';\nimport type { SendParam } from './ScanBdRecordNoSendParams';\nimport { crc16 } from './common';\nimport { reorderNcpDataGroupBlocks } from './NcpDataGroupMapping';\n\n// cspell:ignore RCCB\n\nconst outerPassword = 'N0@|,[)9.$eP';\nconst packagePassword = '*^Tm!{>6v8=&';\nconst maxFirmwareSize = 64 * 1024 * 1024;\n\nexport interface NcpConfigInfo {\n packageName: string;\n packageSize: number;\n compressedSize: number;\n encrypted: boolean;\n}\n\nexport interface NcpCabinetBaseInfo {\n name?: string;\n manufacture?: string;\n cardModel?: string;\n firmwareVersion?: string;\n icType?: string;\n refreshRate?: number;\n scanType?: number;\n [key: string]: unknown;\n}\n\nexport interface NcpCabinetConfig {\n name: string;\n revision?: number;\n firmwareFile?: string;\n firmware?: NcpReceivingCardFirmware;\n baseInfo: NcpCabinetBaseInfo;\n /** Original RCCB binary accepted by Taurus ScreenService. */\n binary: Buffer;\n /** Register writes extracted from the cabinet RCCB binary. */\n parameters: SendParam[];\n}\n\nexport interface ReceivingCardFirmwareFile {\n label: string;\n filename: string;\n version?: string;\n remark?: string;\n}\n\nexport interface ReceivingCardFirmwareInfo {\n filename: string;\n version?: string;\n model?: string;\n modelId: number;\n files: ReceivingCardFirmwareFile[];\n}\n\nexport interface NcpReceivingCardFirmware {\n data: Buffer;\n info: ReceivingCardFirmwareInfo;\n}\n\nexport interface NcpConfig {\n formatVersion?: number;\n packageName?: string;\n cabinets: NcpCabinetConfig[];\n}\n\ntype JsonObject = Record;\n\nconst asObject = (value: unknown, message: string): JsonObject => {\n if (typeof value !== 'object' || value === null || Array.isArray(value))\n throw new TypeError(message);\n return value as JsonObject;\n};\n\nconst stringValue = (value: unknown): string | undefined => {\n if (typeof value === 'string') return value || undefined;\n if (typeof value === 'number' && Number.isFinite(value)) return String(value);\n return undefined;\n};\n\nconst nonNegativeInteger = (value: unknown): number | undefined => {\n const parsed = typeof value === 'number' ? value : Number.parseInt(String(value), 10);\n return Number.isInteger(parsed) && parsed >= 0 ? parsed : undefined;\n};\n\nconst unzip = async (buffer: Buffer, password?: string): Promise> => {\n const reader = new ZipReader(new Uint8ArrayReader(buffer));\n try {\n const result = new Map();\n for (const entry of await reader.getEntries()) {\n if (entry.directory) continue;\n const data = await entry.getData(new Uint8ArrayWriter(), password ? { password } : undefined);\n result.set(entry.filename.replaceAll('\\\\', '/'), Buffer.from(data));\n }\n return result;\n } finally {\n await reader.close();\n }\n};\n\nconst zip = async (files: ReadonlyMap, password?: string): Promise => {\n const output = new Uint8ArrayWriter();\n const writer = new ZipWriter(output);\n for (const [filename, data] of files) {\n await writer.add(\n filename,\n new Uint8ArrayReader(data),\n password ? { password, encryptionStrength: 3 } : undefined,\n );\n }\n return Buffer.from(await writer.close());\n};\n\nconst findFile = (files: Map, filename: string): Buffer | undefined => {\n const normalized = filename.replaceAll('\\\\', '/');\n const exact = files.get(normalized);\n if (exact) return exact;\n const basename = normalized.split('/').at(-1)?.toLowerCase();\n return [...files].find(([name]) => name.split('/').at(-1)?.toLowerCase() === basename)?.[1];\n};\n\nconst firmwareFiles = (value: unknown): ReceivingCardFirmwareFile[] => {\n const entries = Array.isArray(value) ? value : value === undefined ? [] : [value];\n return entries.flatMap((entry) => {\n const file = asObject(entry, 'Invalid receiving-card firmware file entry');\n const filename = stringValue(file.FileName);\n const label = stringValue(file.FileLabel);\n return filename && label\n ? [\n {\n label,\n filename,\n version: stringValue(file.Version),\n remark: stringValue(file.Remark),\n },\n ]\n : [];\n });\n};\n\n/** Inspect and validate a NovaStar receiving-card firmware ZIP archive. */\nexport const decodeReceivingCardFirmware = async (\n data: Buffer,\n filename = 'firmware.zip',\n): Promise => {\n if (data.byteLength > maxFirmwareSize) {\n throw new RangeError(`Receiving-card firmware is too large: ${data.byteLength} bytes`);\n }\n const files = await unzip(data);\n const config = findFile(files, 'Config.xml');\n if (!config) throw new TypeError('Receiving-card firmware Config.xml is missing');\n const parsed = new XMLParser({ ignoreAttributes: false, parseTagValue: false }).parse(\n config.toString('utf8'),\n );\n const root = asObject(\n asObject(parsed, 'Invalid firmware XML').DataPackage,\n 'Invalid firmware XML',\n );\n if (stringValue(root.DeviceTypes) !== 'Scanner') {\n throw new TypeError('Firmware is not intended for receiving cards');\n }\n const configBasic =\n typeof root.BasicInfo === 'object' && root.BasicInfo !== null && !Array.isArray(root.BasicInfo)\n ? asObject(root.BasicInfo, 'Invalid receiving-card firmware model')\n : undefined;\n const iniEntry = [...files].find(([name]) => name.toLowerCase().endsWith('.ini'))?.[1];\n const ini = iniEntry\n ? asObject(JSON.parse(iniEntry.toString('utf8')), 'Invalid receiving-card firmware INI')\n : undefined;\n const iniBasic =\n ini &&\n typeof ini.BasicInfo === 'object' &&\n ini.BasicInfo !== null &&\n !Array.isArray(ini.BasicInfo)\n ? asObject(ini.BasicInfo, 'Invalid receiving-card firmware INI model')\n : undefined;\n const modelId = nonNegativeInteger(root.ModuleID);\n const result: ReceivingCardFirmwareInfo = {\n filename,\n version: stringValue(root.Version),\n model: stringValue(configBasic?.Type) ?? stringValue(iniBasic?.Type),\n modelId: modelId ?? 0,\n files: firmwareFiles(root.FileInfo),\n };\n if (!modelId || !result.files.length) {\n throw new TypeError('Receiving-card firmware metadata is incomplete');\n }\n for (const file of result.files) {\n if (!findFile(files, file.filename)) {\n throw new TypeError(`Receiving-card firmware file is missing: ${file.filename}`);\n }\n }\n return result;\n};\n\n/** Inspect an NCP container without decrypting it. */\nexport const inspectNcpConfig = (buffer: Buffer): NcpConfigInfo => {\n const entries = new Zip(buffer).getEntries().filter((entry) => !entry.isDirectory);\n if (entries.length !== 1 || entries[0]?.entryName !== 'package') {\n throw new TypeError('Invalid NCP container');\n }\n const [entry] = entries;\n return {\n packageName: entry.entryName,\n packageSize: entry.header.size,\n compressedSize: entry.header.compressedSize,\n encrypted: (entry.header.flags & 1) !== 0,\n };\n};\n\n/** Decode a current NovaLCT NCP package into cabinet register-write sequences. */\nexport const decodeNcpConfig = async (buffer: Buffer): Promise => {\n inspectNcpConfig(buffer);\n const outer = await unzip(buffer, outerPassword);\n const payload = outer.get('package');\n if (!payload) throw new TypeError('Invalid NCP package entry');\n const packageFiles = await unzip(payload, packagePassword);\n const manifestData = packageFiles.get('manifest.json');\n if (!manifestData) throw new TypeError('NCP manifest is missing');\n const manifest = asObject(JSON.parse(manifestData.toString('utf8')), 'Invalid NCP manifest');\n const cabinetPackage = asObject(manifest.cabinetPackage, 'Invalid NCP cabinet package');\n const description = asObject(cabinetPackage.description, 'Invalid NCP description');\n if (!Array.isArray(cabinetPackage.cabinets)) throw new TypeError('Invalid NCP cabinet list');\n\n const cabinets = await Promise.all(\n cabinetPackage.cabinets.map(async (value): Promise => {\n const cabinet = asObject(value, 'Invalid NCP cabinet');\n if (typeof cabinet.name !== 'string' || typeof cabinet.cfgName !== 'string') {\n throw new TypeError('Invalid NCP cabinet identity');\n }\n const cfgArchive = packageFiles.get(cabinet.cfgName);\n if (!cfgArchive) throw new TypeError(`NCP cabinet file is missing: ${cabinet.cfgName}`);\n const cfgFiles = await unzip(cfgArchive);\n const cfgData = cfgFiles.get('config.json');\n if (!cfgData) throw new TypeError(`NCP cabinet manifest is missing: ${cabinet.name}`);\n const cfg = asObject(JSON.parse(cfgData.toString('utf8')), 'Invalid NCP cabinet manifest');\n if (!Array.isArray(cfg.files)) throw new TypeError('Invalid NCP cabinet file list');\n const binDescriptor = cfg.files\n .map((item) => asObject(item, 'Invalid NCP cabinet file'))\n .find(({ fileName }) => typeof fileName === 'string' && fileName.endsWith('.bin'));\n if (!binDescriptor || typeof binDescriptor.fileName !== 'string') {\n throw new TypeError(`NCP cabinet binary is missing: ${cabinet.name}`);\n }\n const binary = cfgFiles.get(binDescriptor.fileName);\n if (!binary) throw new TypeError(`NCP cabinet binary is missing: ${cabinet.name}`);\n const firmwareFile =\n typeof cabinet.firmwareFile === 'string' ? cabinet.firmwareFile : undefined;\n const firmwareData = firmwareFile ? findFile(packageFiles, firmwareFile) : undefined;\n if (firmwareFile && !firmwareData) {\n throw new TypeError(`NCP firmware file is missing: ${firmwareFile}`);\n }\n return {\n name: cabinet.name,\n revision: typeof cabinet.revision === 'number' ? cabinet.revision : undefined,\n firmwareFile,\n firmware:\n firmwareFile && firmwareData\n ? {\n data: firmwareData,\n info: await decodeReceivingCardFirmware(firmwareData, firmwareFile),\n }\n : undefined,\n baseInfo: asObject(cfg.baseInfo, 'Invalid NCP cabinet base info'),\n binary,\n parameters: decodeScannerBinData(binary),\n };\n }),\n );\n return {\n formatVersion: typeof manifest.formatVersion === 'number' ? manifest.formatVersion : undefined,\n packageName: typeof description.packName === 'string' ? description.packName : undefined,\n cabinets,\n };\n};\n\nconst rewriteScannerDataGroupOrder = (\n binary: Buffer,\n cabinet: NcpCabinetConfig,\n order: readonly number[],\n): Buffer => {\n const reordered = reorderNcpDataGroupBlocks(cabinet, order);\n\n const result = Buffer.from(binary);\n const dataLength = result.length - ScannerBinData.baseSize;\n let parameterIndex = 0;\n for (let offset = 0; offset < dataLength; ) {\n const recordOffset = ScannerBinData.baseSize + offset;\n const record = new ScanBdRecordNoSendParams(result.subarray(recordOffset));\n if (\n record.size !== ScanBdRecordNoSendParams.baseSize + record.length ||\n offset + record.size > dataLength\n ) {\n throw new TypeError('Invalid ScannerBinData record');\n }\n const original = cabinet.parameters[parameterIndex];\n const replacement = reordered.parameters[parameterIndex];\n if (!original || !replacement || record.address !== original.address) {\n throw new TypeError('NCP ScannerBinData parameters do not match the decoded cabinet');\n }\n if (record.length !== replacement.data.length) {\n throw new TypeError('NCP ScannerBinData parameter length changed unexpectedly');\n }\n replacement.data.copy(result, recordOffset + ScanBdRecordNoSendParams.baseSize);\n parameterIndex += 1;\n offset += record.size;\n }\n if (parameterIndex !== cabinet.parameters.length) {\n throw new TypeError('NCP ScannerBinData parameter record is missing');\n }\n result.writeUInt16LE(crc16(result.subarray(ScannerBinData.baseSize), 0x5555), 8);\n decodeScannerBinData(result);\n return result;\n};\n\n/**\n * Create a new encrypted NCP package with reordered DATA group blocks in one cabinet. The input\n * buffer is not changed. All other cabinet, firmware, mode and manifest files are retained.\n */\nexport const rewriteNcpDataGroupOrder = async (\n buffer: Buffer,\n cabinetIndex: number,\n order: readonly number[],\n): Promise => {\n const decoded = await decodeNcpConfig(buffer);\n const cabinet = decoded.cabinets[cabinetIndex];\n if (!cabinet) throw new RangeError(`NCP cabinet does not exist: ${cabinetIndex}`);\n\n const outer = await unzip(buffer, outerPassword);\n const payload = outer.get('package');\n if (!payload) throw new TypeError('Invalid NCP package entry');\n const packageFiles = await unzip(payload, packagePassword);\n const manifestData = packageFiles.get('manifest.json');\n if (!manifestData) throw new TypeError('NCP manifest is missing');\n const manifest = asObject(JSON.parse(manifestData.toString('utf8')), 'Invalid NCP manifest');\n const cabinetPackage = asObject(manifest.cabinetPackage, 'Invalid NCP cabinet package');\n if (!Array.isArray(cabinetPackage.cabinets)) throw new TypeError('Invalid NCP cabinet list');\n const cabinetDescriptor = asObject(cabinetPackage.cabinets[cabinetIndex], 'Invalid NCP cabinet');\n if (typeof cabinetDescriptor.cfgName !== 'string') throw new TypeError('Invalid NCP cabinet');\n\n const cfgArchive = packageFiles.get(cabinetDescriptor.cfgName);\n if (!cfgArchive) {\n throw new TypeError(`NCP cabinet file is missing: ${cabinetDescriptor.cfgName}`);\n }\n const cfgFiles = await unzip(cfgArchive);\n const cfgData = cfgFiles.get('config.json');\n if (!cfgData) throw new TypeError(`NCP cabinet manifest is missing: ${cabinet.name}`);\n const cfg = asObject(JSON.parse(cfgData.toString('utf8')), 'Invalid NCP cabinet manifest');\n if (!Array.isArray(cfg.files)) throw new TypeError('Invalid NCP cabinet file list');\n const binDescriptor = cfg.files\n .map((item) => asObject(item, 'Invalid NCP cabinet file'))\n .find(({ fileName }) => typeof fileName === 'string' && fileName.endsWith('.bin'));\n if (!binDescriptor || typeof binDescriptor.fileName !== 'string') {\n throw new TypeError(`NCP cabinet binary is missing: ${cabinet.name}`);\n }\n const binary = cfgFiles.get(binDescriptor.fileName);\n if (!binary) throw new TypeError(`NCP cabinet binary is missing: ${cabinet.name}`);\n\n cfgFiles.set(binDescriptor.fileName, rewriteScannerDataGroupOrder(binary, cabinet, order));\n packageFiles.set(cabinetDescriptor.cfgName, await zip(cfgFiles));\n outer.set('package', await zip(packageFiles, packagePassword));\n return zip(outer, outerPassword);\n};\n\nexport const loadNcpConfigInfo = (pathname: string): NcpConfigInfo =>\n inspectNcpConfig(fs.readFileSync(pathname));\n\nexport const loadNcpConfig = (pathname: string): Promise =>\n decodeNcpConfig(fs.readFileSync(pathname));\n\nexport const saveNcpDataGroupOrder = async (\n sourcePath: string,\n destinationPath: string,\n cabinetIndex: number,\n order: readonly number[],\n): Promise => {\n if (path.resolve(sourcePath) === path.resolve(destinationPath)) {\n throw new RangeError('Reordered NCP must be saved to a new file');\n }\n const rewritten = await rewriteNcpDataGroupOrder(\n fs.readFileSync(sourcePath),\n cabinetIndex,\n order,\n );\n fs.writeFileSync(destinationPath, rewritten);\n};\n","import { delay, DeviceType, ErrorType, Request, ResponseError } from '@novastar/codec';\n\nimport type { NcpCabinetConfig } from './NcpConfig';\nimport type { SessionAPI } from './Session';\n\nexport interface NcpTarget {\n sender: number;\n port: number;\n receivingCard: number;\n}\n\nexport interface NcpSendProgress {\n completed: number;\n total: number;\n completedBytes: number;\n totalBytes: number;\n address: number;\n name?: string;\n}\n\nexport interface NcpSendOptions {\n allReceivingCards?: boolean;\n readinessTargets?: readonly NcpTarget[];\n onProgress?: (progress: NcpSendProgress) => void;\n}\n\nconst scannerBusyAddress = 0x0200_0001;\nconst pollingRetryDelay = 200;\nconst pollingWaitFlag = 0x8000;\nconst pollingCompletionDelay = 1000;\n\nconst assertUInt = (name: string, value: number, max: number): void => {\n if (!Number.isInteger(value) || value < 0 || value > max) {\n throw new RangeError(`Invalid ${name}: ${value}`);\n }\n};\n\nconst waitForReceivingCard = async (\n session: SessionAPI,\n target: NcpTarget,\n timeout: number,\n): Promise => {\n const deadline = Date.now() + timeout + 10_000;\n while (true) {\n const request = new Request(16, 'NCP:poll');\n request.address = scannerBusyAddress;\n request.deviceType = DeviceType.ReceivingCard;\n request.destination = target.sender;\n request.port = target.port;\n request.rcvIndex = target.receivingCard;\n request.timeout = 5_000;\n // NovaLCT treats an ACK=0 reply as an idle card and ACK=1 as still busy.\n // eslint-disable-next-line no-await-in-loop\n const response = await session.connection.trySend(request);\n if (response?.ack === ErrorType.Succeeded) return;\n if (response && response.ack !== ErrorType.Timeout) {\n throw new ResponseError(response, request.tag);\n }\n if (Date.now() >= deadline) throw new Error('Receiving card did not become ready');\n // eslint-disable-next-line no-await-in-loop\n await delay(pollingRetryDelay);\n }\n};\n\nconst getPollingCompletionDelay = (encodedDelay: number): number =>\n pollingCompletionDelay + (encodedDelay & (pollingWaitFlag - 1));\n\n/**\n * Send one decoded NCP cabinet configuration. The target is used for addressed writes and as the\n * default readiness-polling address; `allReceivingCards` switches parameter writes to broadcast.\n * Firmware and multi-mode files embedded in the NCP are intentionally not flashed.\n */\nexport const sendNcpCabinetConfig = async (\n session: SessionAPI,\n cabinet: NcpCabinetConfig,\n target: NcpTarget,\n options: NcpSendOptions = {},\n): Promise => {\n assertUInt('sender', target.sender, 0xfe);\n assertUInt('port', target.port, 0xfe);\n assertUInt('receivingCard', target.receivingCard, 0xfffe);\n const readinessTargets = options.readinessTargets ?? [target];\n readinessTargets.forEach((readinessTarget) => {\n assertUInt('sender', readinessTarget.sender, 0xfe);\n assertUInt('port', readinessTarget.port, 0xfe);\n assertUInt('receivingCard', readinessTarget.receivingCard, 0xfffe);\n });\n const { parameters } = cabinet;\n const totalBytes = parameters.reduce((sum, parameter) => sum + parameter.data.length, 0);\n let completedBytes = 0;\n for (let index = 0; index < parameters.length; index += 1) {\n const parameter = parameters[index];\n const request = new Request(parameter.data, parameter.name ?? 'NCP');\n request.address = parameter.address;\n request.deviceType = DeviceType.ReceivingCard;\n request.destination = options.allReceivingCards ? 0xff : target.sender;\n request.port = options.allReceivingCards ? 0xff : target.port;\n request.rcvIndex = options.allReceivingCards ? 0xffff : target.receivingCard;\n const chunks = Request.makeChunks(request, session.connection.maxLength);\n for (let chunkIndex = 0; chunkIndex < chunks.length; chunkIndex += 1) {\n const chunk = chunks[chunkIndex];\n // eslint-disable-next-line no-await-in-loop\n await session.connection.send(chunk);\n completedBytes += chunk.length;\n options.onProgress?.({\n completed: index + (chunkIndex === chunks.length - 1 ? 1 : 0),\n total: parameters.length,\n completedBytes,\n totalBytes,\n address: chunk.address,\n name: parameter.name,\n });\n }\n // NovaLCT waits before polling. Some commands need several seconds before\n // the receiving card starts responding to readiness requests.\n // eslint-disable-next-line no-await-in-loop\n if (parameter.delay > 0) await delay(parameter.delay);\n if (parameter.pollingTime > 0) {\n for (const readinessTarget of readinessTargets) {\n // eslint-disable-next-line no-await-in-loop\n await waitForReceivingCard(session, readinessTarget, parameter.pollingTime);\n }\n // eslint-disable-next-line no-await-in-loop\n await delay(getPollingCompletionDelay(parameter.pollingWaitTime));\n }\n 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