import * as VScript from "http://172.16.0.12/bladerunner_sdk/vscript@2.5.2/deno/release/mod.ts"; import * as VAPI from "./mod.ts"; export const lift = { AudioConfigurationContainer: ( _raw: VScript.DataViews.Subtree, ) => new AudioConfigurationContainer(_raw), AudioConfigurationFormat: ( _raw: [number, VAPI.Audio.Format, VAPI.Definitions.PacketTime], _socket: VScript.VSocket, ): AudioConfigurationFormat => { return { num_channels: _raw[0], format: _raw[1], packet_time: _raw[2], }; }, AudioGroupControl: (_raw: VScript.DataViews.Subtree) => new AudioGroupControl(_raw), AudioGroupControlStatus: (_raw: VScript.DataViews.Subtree) => new AudioGroupControlStatus(_raw), CompressionBandwidth: ( _raw: [number], _socket: VScript.VSocket, ): CompressionBandwidth => { return { max_data_rate: _raw[0], }; }, Compression: ( _raw: [0, [number]] | [1, [number]], _socket: VScript.VSocket, ): Compression => { switch (_raw[0]) { case 0: return { variant: "Bandwidth", value: VAPI.RTPTransmitter.lift.CompressionBandwidth( _raw[1], _socket, ), }; case 1: return { variant: "Ratio", value: VAPI.RTPTransmitter.lift.CompressionRatio(_raw[1], _socket), }; } }, Constraints: (_raw: VScript.DataViews.Subtree) => new Constraints(_raw), HeaderSettings: ( _raw: [ null | number, null | VAPI.RTPTransmitter.ClassOfService, null | VAPI.RTPTransmitter.TrafficClassOrQos, null | number, number, ], _socket: VScript.VSocket, ): HeaderSettings => { return { payload_type: _raw[0], class_of_service: _raw[1], traffic_class: _raw[2], ssrc: _raw[3], ttl: _raw[4], }; }, IpConfig: (_raw: VScript.DataViews.Subtree) => new IpConfig(_raw), IpConfigInterfaces: (_raw: VScript.DataViews.Subtree) => new IpConfigInterfaces(_raw), IpConfigMipMap: (_raw: VScript.DataViews.Subtree) => new IpConfigMipMap(_raw), IpSDPConfigInterfaces: (_raw: VScript.DataViews.Subtree) => new IpSDPConfigInterfaces(_raw), JpegXsSettings: ( _raw: [ [0, [number]] | [1, [number]], VAPI.RTPTransmitter.LVLMODE, boolean, boolean, ], _socket: VScript.VSocket, ): JpegXsSettings => { return { compression: VAPI.RTPTransmitter.lift.Compression(_raw[0], _socket), lvl_weight_mode: _raw[1], add_st2110_40: _raw[2], omit_mandatory_pre_header: _raw[3], }; }, MipMapEncoder: (_raw: VScript.DataViews.Subtree) => new MipMapEncoder(_raw), MuxStatistics: (_raw: VScript.DataViews.Subtree) => new MuxStatistics(_raw), CompressionRatio: ( _raw: [number], _socket: VScript.VSocket, ): CompressionRatio => { return { ratio: _raw[0], }; }, RouterError: (_raw: VScript.DataViews.Subtree) => new RouterError(_raw), SSRCStatus: ( _raw: [number, number], _socket: VScript.VSocket, ): SSRCStatus => { return { ssrc: _raw[0], ssrc_counter: _raw[1], }; }, ST20226Settings: (_raw: [], _socket: VScript.VSocket): ST20226Settings => { return {}; }, ST2042Settings: ( _raw: [VAPI.Video.DiracCompression, boolean], _socket: VScript.VSocket, ): ST2042Settings => { return { compression: _raw[0], add_st2110_40: _raw[1], }; }, SourceAddressVlan: ( _raw: [null | number, null | string], _socket: VScript.VSocket, ): SourceAddressVlan => { return { vlan_id: _raw[0], src_address: _raw[1], }; }, Tagging: ( _raw: [number, [number, VAPI.RTPTransmitter.ClassOfService]], _socket: VScript.VSocket, ): Tagging => { return { tagging_hw_value: _raw[0], tagging_decipher: VAPI.RTPTransmitter.lift.TaggingDecipher( _raw[1], _socket, ), }; }, TaggingDecipher: ( _raw: [number, VAPI.RTPTransmitter.ClassOfService], _socket: VScript.VSocket, ): TaggingDecipher => { return { vlan_id: _raw[0], class_of_service: _raw[1], }; }, IpConfigMipMapActiveStreamParameter: ( _raw: [null | string, null | string, number, number, null | number], _socket: VScript.VSocket, ): IpConfigMipMapActiveStreamParameter => { return { src_address: _raw[0], dst_address: _raw[1], lane_id: _raw[2], stream_id: _raw[3], vlan_id: _raw[4], }; }, RouterErrorErrorInput: ( _raw: [Array, Array, Array, number], _socket: VScript.VSocket, ): RouterErrorErrorInput => { return { max_fifo_level: _raw[0], max_fifo_level_last_read: _raw[1], overflow: _raw[2], error_irq_counter: _raw[3], }; }, RouterErrorErrorOutput: ( _raw: [Array, Array, Array], _socket: VScript.VSocket, ): RouterErrorErrorOutput => { return { max_fifo_level: _raw[0], max_fifo_level_last_read: _raw[1], overflow: _raw[2], }; }, IpConfigHeaderInfo: (_raw: VScript.DataViews.Subtree) => new IpConfigHeaderInfo(_raw), SessionInterfaces: ( _raw: [null | string, null | string], _socket: VScript.VSocket, ): SessionInterfaces => { return { primary: _raw[0] === null ? null : new VAPI.NetworkInterfaces.VirtualInterface( VScript.VAPIHelpers.get_subtree( _socket, _raw[0] as VScript.KWLName<"full">, ), ), secondary: _raw[1] === null ? null : new VAPI.NetworkInterfaces.VirtualInterface( VScript.VAPIHelpers.get_subtree( _socket, _raw[1] as VScript.KWLName<"full">, ), ), }; }, MediaStreamerIpConfiguration: ( _raw: VScript.DataViews.Subtree, ) => new MediaStreamerIpConfiguration(_raw), MediaStreamerVideoIpConfiguration: ( _raw: VScript.DataViews.Subtree, ) => new MediaStreamerVideoIpConfiguration(_raw), MipMapStreamerIpConfiguration: ( _raw: VScript.DataViews.Subtree, ) => new MipMapStreamerIpConfiguration(_raw), JpegXsHardware: ( _raw: [ number, number, VAPI.RTPTransmitter.ColorSampleMode, number, VAPI.RTPTransmitter.ValidateMode, number, VAPI.RTPTransmitter.VideoDepth, boolean, Array, number, ], _socket: VScript.VSocket, ): JpegXsHardware => { return { width: _raw[0], height: _raw[1], mode: _raw[2], budget_per_frame: _raw[3], vld: _raw[4], number_of_images: _raw[5], video_depth: _raw[6], play_mode: _raw[7], level_weights: _raw[8], profile: _raw[9], }; }, AllLicenseInformation: (_raw: VScript.DataViews.Subtree) => new AllLicenseInformation(_raw), MipMapStreamerIpConfigurationMedia: ( _raw: VScript.DataViews.Subtree, ) => new MipMapStreamerIpConfigurationMedia(_raw), AllSettingsOnIncompleteConfiguration: ( _raw: [boolean, boolean], _socket: VScript.VSocket, ): AllSettingsOnIncompleteConfiguration => { return { refuse_activation: _raw[0], reserve_resources: _raw[1], }; }, MuxStatisticsPort0: ( _raw: [number, number], _socket: VScript.VSocket, ): MuxStatisticsPort0 => { return { words: _raw[0], packets: _raw[1], }; }, MuxStatisticsPort1: ( _raw: [number, number], _socket: VScript.VSocket, ): MuxStatisticsPort1 => { return { words: _raw[0], packets: _raw[1], }; }, MuxStatisticsScheduler: ( _raw: [number], _socket: VScript.VSocket, ): MuxStatisticsScheduler => { return { packets: _raw[0], }; }, AllSettings: (_raw: VScript.DataViews.Subtree) => new AllSettings(_raw), } as const; export const lower = { AudioConfigurationContainer: (_x: AudioConfigurationContainer) => _x.raw.kwl, AudioConfigurationFormat: ( _x: { num_channels: VAPI.Audio.Channelcount; format: VAPI.Audio.Format; packet_time: VAPI.Definitions.PacketTime; }, _socket: VScript.VSocket, ): [number, VAPI.Audio.Format, VAPI.Definitions.PacketTime] => [ _x.num_channels, _x.format, _x.packet_time, ], AudioGroupControl: (_x: AudioGroupControl) => _x.raw.kwl, AudioGroupControlStatus: (_x: AudioGroupControlStatus) => _x.raw.kwl, CompressionBandwidth: ( _x: { max_data_rate: VAPI.Primitives.Unsigned32 }, _socket: VScript.VSocket, ): [number] => [_x.max_data_rate], Compression: ( _x: | { variant: "Bandwidth"; value: VAPI.RTPTransmitter.CompressionBandwidth; } | { variant: "Ratio"; value: VAPI.RTPTransmitter.CompressionRatio }, _socket: VScript.VSocket, ): [0, [number]] | [1, [number]] => { switch (_x.variant) { case "Bandwidth": return [ 0, VAPI.RTPTransmitter.lower.CompressionBandwidth(_x.value, _socket), ]; case "Ratio": return [ 1, VAPI.RTPTransmitter.lower.CompressionRatio(_x.value, _socket), ]; } }, Constraints: (_x: Constraints) => _x.raw.kwl, HeaderSettings: ( _x: { payload_type: null | VAPI.Definitions.RtpPayloadType; /** refers to 802.1p Class of Service (CoS). The CoS is only available when VLAN tagging is used. */ class_of_service: null | VAPI.RTPTransmitter.ClassOfService; /** The Class Name (assured forwarding) offers an easy way to identify the DSCP value. DSCP uses the first six bits of the Type of Service(Tos) to identify the packet priority. The first three bits represent the Class Selector. The last three bits the Drop Precedence. For example, if a packet is marked `assured_forwarding_23`, then its Class Selector is 2 (the 2 in 23) and its Drop Precedence is High (the 3 in 23). */ traffic_class: null | VAPI.RTPTransmitter.TrafficClassOrQos; /** This field is used to identify the synchronization source. The value is determined randomly so that with high probability no two sources have the same identification number */ ssrc: null | VAPI.Primitives.Unsigned32; ttl: number; }, _socket: VScript.VSocket, ): [ null | number, null | VAPI.RTPTransmitter.ClassOfService, null | VAPI.RTPTransmitter.TrafficClassOrQos, null | number, number, ] => [ _x.payload_type, _x.class_of_service, _x.traffic_class, _x.ssrc, _x.ttl, ], IpConfig: (_x: IpConfig) => _x.raw.kwl, IpConfigInterfaces: (_x: IpConfigInterfaces) => _x.raw.kwl, IpConfigMipMap: (_x: IpConfigMipMap) => _x.raw.kwl, IpSDPConfigInterfaces: (_x: IpSDPConfigInterfaces) => _x.raw.kwl, JpegXsSettings: ( _x: { compression: VAPI.RTPTransmitter.Compression; /** PSNR optimization: by default, the rate allocation of the encoder is configured to optimize the image quality based on the Peak Signal to Noise Ratio (PSNR) calculation. This configuration, called 'PSNR Weights', is providing the best results of TICO compression for PSNR measurements. visual optimization: the 'Visual Weights' configuration is the optimal configuration for real-life subjective quality assessment. Compared to the “PSNR Weights” configuration, it provides a better viewing experience but it sometimes produces lower PSNR results. */ lvl_weight_mode: VAPI.RTPTransmitter.LVLMODE; add_st2110_40: boolean; omit_mandatory_pre_header: boolean; }, _socket: VScript.VSocket, ): [ [0, [number]] | [1, [number]], VAPI.RTPTransmitter.LVLMODE, boolean, boolean, ] => [ VAPI.RTPTransmitter.lower.Compression(_x.compression, _socket), _x.lvl_weight_mode, _x.add_st2110_40, _x.omit_mandatory_pre_header, ], MipMapEncoder: (_x: MipMapEncoder) => _x.raw.kwl, MuxStatistics: (_x: MuxStatistics) => _x.raw.kwl, CompressionRatio: ( _x: { ratio: number }, _socket: VScript.VSocket, ): [number] => [_x.ratio], RouterError: (_x: RouterError) => _x.raw.kwl, SSRCStatus: ( _x: { /** This field is used to identify the synchronization source. The value is determined randomly so that no two sources within the RTP session have the same identification number */ ssrc: VAPI.Primitives.Unsigned32; ssrc_counter: VAPI.Primitives.Unsigned32; }, _socket: VScript.VSocket, ): [number, number] => [_x.ssrc, _x.ssrc_counter], ST20226Settings: (_x: {}, _socket: VScript.VSocket): [] => [], ST2042Settings: ( _x: { compression: VAPI.Video.DiracCompression; add_st2110_40: boolean }, _socket: VScript.VSocket, ): [VAPI.Video.DiracCompression, boolean] => [ _x.compression, _x.add_st2110_40, ], SourceAddressVlan: ( _x: { vlan_id: null | VAPI.Primitives.VlanID; /** IP (unicast) address of the RTP stream sender */ src_address: null | string; }, _socket: VScript.VSocket, ): [null | number, null | string] => [_x.vlan_id, _x.src_address], Tagging: ( _x: { tagging_hw_value: VAPI.Primitives.Unsigned32; tagging_decipher: VAPI.RTPTransmitter.TaggingDecipher; }, _socket: VScript.VSocket, ): [number, [number, VAPI.RTPTransmitter.ClassOfService]] => [ _x.tagging_hw_value, VAPI.RTPTransmitter.lower.TaggingDecipher(_x.tagging_decipher, _socket), ], TaggingDecipher: ( _x: { vlan_id: VAPI.Primitives.VlanID; class_of_service: VAPI.RTPTransmitter.ClassOfService; }, _socket: VScript.VSocket, ): [number, VAPI.RTPTransmitter.ClassOfService] => [ _x.vlan_id, _x.class_of_service, ], IpConfigMipMapActiveStreamParameter: ( _x: { /** IP (unicast) address of the RTP stream sender */ src_address: null | string; /** IP (multicast) destination address of the RTP stream */ dst_address: null | string; lane_id: number; stream_id: number; vlan_id: null | VAPI.Primitives.VlanID; }, _socket: VScript.VSocket, ): [null | string, null | string, number, number, null | number] => [ _x.src_address, _x.dst_address, _x.lane_id, _x.stream_id, _x.vlan_id, ], RouterErrorErrorInput: ( _x: { max_fifo_level: Array; max_fifo_level_last_read: Array; overflow: Array; error_irq_counter: VAPI.Primitives.Unsigned32; }, _socket: VScript.VSocket, ): [Array, Array, Array, number] => [ _x.max_fifo_level, _x.max_fifo_level_last_read, _x.overflow, _x.error_irq_counter, ], RouterErrorErrorOutput: ( _x: { max_fifo_level: Array; max_fifo_level_last_read: Array; overflow: Array; }, _socket: VScript.VSocket, ): [Array, Array, Array] => [ _x.max_fifo_level, _x.max_fifo_level_last_read, _x.overflow, ], IpConfigHeaderInfo: (_x: IpConfigHeaderInfo) => _x.raw.kwl, SessionInterfaces: ( _x: { primary: null | VAPI.NetworkInterfaces.VirtualInterface; secondary: null | VAPI.NetworkInterfaces.VirtualInterface; }, _socket: VScript.VSocket, ): [null | string, null | string] => [ _x.primary === null ? null : _x.primary.raw.kwl, _x.secondary === null ? null : _x.secondary.raw.kwl, ], MediaStreamerIpConfiguration: (_x: MediaStreamerIpConfiguration) => _x.raw.kwl, MediaStreamerVideoIpConfiguration: (_x: MediaStreamerVideoIpConfiguration) => _x.raw.kwl, MipMapStreamerIpConfiguration: (_x: MipMapStreamerIpConfiguration) => _x.raw.kwl, JpegXsHardware: ( _x: { /** Width of the input encoded image, in pixels. Must be a multiple of 2. Up to 4096 for UHD IP-core flavor */ width: VAPI.Primitives.Unsigned32; /** Height of the input encoded image, in pixels. Must be a multiple of 2, and greater than or equal to 4 */ height: VAPI.Primitives.Unsigned32; /** Contains input mode configuration fields: bit 3-0: color and sub-sampling mode */ mode: VAPI.RTPTransmitter.ColorSampleMode; /** Budget in bytes per compressed frame, which is allocated to the picture header and the compressed data. Note: To compute this value according to a bit per pixel rate: budget = bpp x width x height / 8 Complementary header (ie. boxes) is not included in the budget */ budget_per_frame: VAPI.Primitives.Unsigned32; /** VALIDATE It validates the given configuration. Set to '1' to start the IP-core, after setting mode and images parameters. This signal must be activated to validate any change in configuration (width, height, ...). Set to '0' to stop the IP-core. bit 1: (R) CFG_READY ‘1’ indicates that the TICO-XS is ready to receive a new configuration, when this bit is ‘0’ configuration registers shouldn't be modified */ vld: VAPI.RTPTransmitter.ValidateMode; /** Number of images to play when the IP-core is in command mode. (when PLAY_MODE register = 0) */ number_of_images: VAPI.Primitives.Unsigned32; /** Bit depth of the video content, mapped on the MSBs of the port interface. The valid bit depths are 8, 10 and 12 bits per component */ video_depth: VAPI.RTPTransmitter.VideoDepth; /** It allows to choose between two running modes: set to '1' to run in play mode, in which the IP-core processes frames continuously. or set to '0' to run in command mode, in which the IP-core processes n frames, n defined by NBR */ play_mode: boolean; /** This register is used to program the image quality optimization parameters (visual or PSNR). Each pre-computed weights value must be written to this register sequentially to ensure proper encoder behavior. */ level_weights: Array; profile: VAPI.Primitives.Unsigned32; }, _socket: VScript.VSocket, ): [ number, number, VAPI.RTPTransmitter.ColorSampleMode, number, VAPI.RTPTransmitter.ValidateMode, number, VAPI.RTPTransmitter.VideoDepth, boolean, Array, number, ] => [ _x.width, _x.height, _x.mode, _x.budget_per_frame, _x.vld, _x.number_of_images, _x.video_depth, _x.play_mode, _x.level_weights, _x.profile, ], AllLicenseInformation: (_x: AllLicenseInformation) => _x.raw.kwl, MipMapStreamerIpConfigurationMedia: ( _x: MipMapStreamerIpConfigurationMedia, ) => _x.raw.kwl, AllSettingsOnIncompleteConfiguration: ( _x: { /** allow the session to be activated even though not all ip configuration has been completed. */ refuse_activation: boolean; /** true: reserve the hardware for the incomplete configured path */ reserve_resources: boolean; }, _socket: VScript.VSocket, ): [boolean, boolean] => [_x.refuse_activation, _x.reserve_resources], MuxStatisticsPort0: ( _x: { words: VAPI.Primitives.Unsigned32; packets: VAPI.Primitives.Unsigned32; }, _socket: VScript.VSocket, ): [number, number] => [_x.words, _x.packets], MuxStatisticsPort1: ( _x: { words: VAPI.Primitives.Unsigned32; packets: VAPI.Primitives.Unsigned32; }, _socket: VScript.VSocket, ): [number, number] => [_x.words, _x.packets], MuxStatisticsScheduler: ( _x: { packets: VAPI.Primitives.Unsigned32 }, _socket: VScript.VSocket, ): [number] => [_x.packets], AllSettings: (_x: AllSettings) => _x.raw.kwl, } as const; export type ActivationControl = "Off" | "Off_preserve_resource" | "On"; export class AudioConfigurationContainer implements VScript.Referenceable<"RTPTransmitter::Data::AudioConfigurationContainer"> { readonly type_identifier = "RTPTransmitter::Data::AudioConfigurationContainer" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get transport_format(): VScript.dKeyword< VScript.VSocket, [number, VAPI.Audio.Format, VAPI.Definitions.PacketTime], [number, VAPI.Audio.Format, VAPI.Definitions.PacketTime], VAPI.RTPTransmitter.AudioConfigurationFormat, VAPI.RTPTransmitter.AudioConfigurationFormat, VAPI.RTPTransmitter.AudioConfigurationContainer > { return new VScript.dKeyword< VScript.VSocket, [number, VAPI.Audio.Format, VAPI.Definitions.PacketTime], [number, VAPI.Audio.Format, VAPI.Definitions.PacketTime], VAPI.RTPTransmitter.AudioConfigurationFormat, VAPI.RTPTransmitter.AudioConfigurationFormat, VAPI.RTPTransmitter.AudioConfigurationContainer >( this, "transport_format" as VScript.SysName, { lift: VAPI.RTPTransmitter.lift.AudioConfigurationFormat, lower: VAPI.RTPTransmitter.lower.AudioConfigurationFormat, }, { lift: VAPI.RTPTransmitter.lift.AudioConfigurationFormat, lower: VAPI.RTPTransmitter.lower.AudioConfigurationFormat, }, null, ); } } export interface AudioConfigurationFormat { num_channels: VAPI.Audio.Channelcount; format: VAPI.Audio.Format; packet_time: VAPI.Definitions.PacketTime; } export class AudioGroupControl implements VScript.Referenceable<"RTPTransmitter::Data::AudioGroupControl"> { readonly type_identifier = "RTPTransmitter::Data::AudioGroupControl" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get remapping(): VScript.rKeyword< VScript.VSocket, Array, Array, VAPI.RTPTransmitter.AudioGroupControl > { return new VScript.rKeyword< VScript.VSocket, Array, Array, VAPI.RTPTransmitter.AudioGroupControl >(this, "remapping" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get enabled_output_0(): VScript.rKeyword< VScript.VSocket, number, VAPI.Primitives.Unsigned32, VAPI.RTPTransmitter.AudioGroupControl > { return new VScript.rKeyword< VScript.VSocket, number, VAPI.Primitives.Unsigned32, VAPI.RTPTransmitter.AudioGroupControl >(this, "enabled_output_0" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get enabled_output_1(): VScript.rKeyword< VScript.VSocket, number, VAPI.Primitives.Unsigned32, VAPI.RTPTransmitter.AudioGroupControl > { return new VScript.rKeyword< VScript.VSocket, number, VAPI.Primitives.Unsigned32, VAPI.RTPTransmitter.AudioGroupControl >(this, "enabled_output_1" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get used_groups(): VScript.rKeyword< VScript.VSocket, string, string, VAPI.RTPTransmitter.AudioGroupControl > { return new VScript.rKeyword< VScript.VSocket, string, string, VAPI.RTPTransmitter.AudioGroupControl >(this, "used_groups" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } } export class AudioGroupControlStatus implements VScript.Referenceable<"RTPTransmitter::Data::AudioGroupControlStatus"> { readonly type_identifier = "RTPTransmitter::Data::AudioGroupControlStatus" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get primary(): VScript.rKeyword< VScript.VSocket, Array, Array, VAPI.RTPTransmitter.AudioGroupControlStatus > { return new VScript.rKeyword< VScript.VSocket, Array, Array, VAPI.RTPTransmitter.AudioGroupControlStatus >(this, "primary" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get secondary(): VScript.rKeyword< VScript.VSocket, Array, Array, VAPI.RTPTransmitter.AudioGroupControlStatus > { return new VScript.rKeyword< VScript.VSocket, Array, Array, VAPI.RTPTransmitter.AudioGroupControlStatus >(this, "secondary" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } } export interface CompressionBandwidth { max_data_rate: VAPI.Primitives.Unsigned32; } export type ClassOfService = | "best_effort" | "medium_priority" | "high_priority" | "voice_call_signaling" | "video" | "voice"; export type ColorSampleMode = | "GB_444" | "YCbCr_422" | "YCbCr_420" | "YCbCr_444"; export type Compression = | { variant: "Bandwidth"; value: VAPI.RTPTransmitter.CompressionBandwidth } | { variant: "Ratio"; value: VAPI.RTPTransmitter.CompressionRatio }; export class Constraints implements VScript.Referenceable<"RTPTransmitter::Data::Constraints"> { readonly type_identifier = "RTPTransmitter::Data::Constraints" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get calculation_standard(): VScript.rKeyword< VScript.VSocket, VAPI.Video.Standard, VAPI.Video.Standard, VAPI.RTPTransmitter.Constraints > { return new VScript.rKeyword< VScript.VSocket, VAPI.Video.Standard, VAPI.Video.Standard, VAPI.RTPTransmitter.Constraints >(this, "calculation_standard" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get latched_standard(): VScript.rKeyword< VScript.VSocket, null | VAPI.Video.Standard, null | VAPI.Video.Standard, VAPI.RTPTransmitter.Constraints > { return new VScript.rKeyword< VScript.VSocket, null | VAPI.Video.Standard, null | VAPI.Video.Standard, VAPI.RTPTransmitter.Constraints >(this, "latched_standard" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get current_send_standard(): VScript.rKeyword< VScript.VSocket, null | VAPI.Video.Standard, null | VAPI.Video.Standard, VAPI.RTPTransmitter.Constraints > { return new VScript.rKeyword< VScript.VSocket, null | VAPI.Video.Standard, null | VAPI.Video.Standard, VAPI.RTPTransmitter.Constraints >(this, "current_send_standard" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get latched_pixel_format(): VScript.rKeyword< VScript.VSocket, | null | [ null | VAPI.Video.ColorSpace, VAPI.Video.BitDepth, null | VAPI.Video.TransferCharacteristics, VAPI.Video.LuminanceAndColorDifferenceSignal, ], null | VAPI.Video.PixelFormat, VAPI.RTPTransmitter.Constraints > { return new VScript.rKeyword< VScript.VSocket, | null | [ null | VAPI.Video.ColorSpace, VAPI.Video.BitDepth, null | VAPI.Video.TransferCharacteristics, VAPI.Video.LuminanceAndColorDifferenceSignal, ], null | VAPI.Video.PixelFormat, VAPI.RTPTransmitter.Constraints >(this, "latched_pixel_format" as VScript.SysName, { lift: VScript.VAPIHelpers.liftOrLowerNullable( VAPI.Video.lift.PixelFormat, ), lower: VScript.VAPIHelpers.liftOrLowerNullable( VAPI.Video.lower.PixelFormat, ), }); } get standard(): VScript.dKeyword< VScript.VSocket, null | VAPI.Video.Standard, null | VAPI.Video.Standard, null | VAPI.Video.Standard, null | VAPI.Video.Standard, VAPI.RTPTransmitter.Constraints > { return new VScript.dKeyword< VScript.VSocket, null | VAPI.Video.Standard, null | VAPI.Video.Standard, null | VAPI.Video.Standard, null | VAPI.Video.Standard, VAPI.RTPTransmitter.Constraints >( this, "standard" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }, null, ); } get sub_stream(): VScript.rKeyword< VScript.VSocket, null | VAPI.Video.SubStream, null | VAPI.Video.SubStream, VAPI.RTPTransmitter.Constraints > { return new VScript.rKeyword< VScript.VSocket, null | VAPI.Video.SubStream, null | VAPI.Video.SubStream, VAPI.RTPTransmitter.Constraints >(this, "sub_stream" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get max_bandwidth(): VScript.dKeyword< VScript.VSocket, VAPI.Definitions.Bandwidth, VAPI.Definitions.Bandwidth, VAPI.Definitions.Bandwidth, VAPI.Definitions.Bandwidth, VAPI.RTPTransmitter.Constraints > { return new VScript.dKeyword< VScript.VSocket, VAPI.Definitions.Bandwidth, VAPI.Definitions.Bandwidth, VAPI.Definitions.Bandwidth, VAPI.Definitions.Bandwidth, VAPI.RTPTransmitter.Constraints >( this, "max_bandwidth" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }, null, ); } } export interface HeaderSettings { payload_type: null | VAPI.Definitions.RtpPayloadType; /** refers to 802.1p Class of Service (CoS). The CoS is only available when VLAN tagging is used. */ class_of_service: null | VAPI.RTPTransmitter.ClassOfService; /** The Class Name (assured forwarding) offers an easy way to identify the DSCP value. DSCP uses the first six bits of the Type of Service(Tos) to identify the packet priority. The first three bits represent the Class Selector. The last three bits the Drop Precedence. For example, if a packet is marked `assured_forwarding_23`, then its Class Selector is 2 (the 2 in 23) and its Drop Precedence is High (the 3 in 23). */ traffic_class: null | VAPI.RTPTransmitter.TrafficClassOrQos; /** This field is used to identify the synchronization source. The value is determined randomly so that with high probability no two sources have the same identification number */ ssrc: null | VAPI.Primitives.Unsigned32; ttl: number; } export class IpConfig implements VScript.Referenceable<"RTPTransmitter::Data::IpConfig"> { readonly type_identifier = "RTPTransmitter::Data::IpConfig" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get sdp_a(): VScript.rKeyword< VScript.VSocket, string, string, VAPI.RTPTransmitter.IpConfig > { return new VScript.rKeyword< VScript.VSocket, string, string, VAPI.RTPTransmitter.IpConfig >(this, "sdp_a" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get preserve_src_ip_entry(): VScript.rwKeyword< VScript.VSocket, boolean, boolean, boolean, boolean, VAPI.RTPTransmitter.IpConfig > { return new VScript.rwKeyword< VScript.VSocket, boolean, boolean, boolean, boolean, VAPI.RTPTransmitter.IpConfig >( this, "preserve_src_ip_entry" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }, null, ); } get src_address_vlan(): VScript.dKeyword< VScript.VSocket, [null | number, null | string], [null | number, null | string], VAPI.RTPTransmitter.SourceAddressVlan, VAPI.RTPTransmitter.SourceAddressVlan, VAPI.RTPTransmitter.IpConfig > { return new VScript.dKeyword< VScript.VSocket, [null | number, null | string], [null | number, null | string], VAPI.RTPTransmitter.SourceAddressVlan, VAPI.RTPTransmitter.SourceAddressVlan, VAPI.RTPTransmitter.IpConfig >( this, "src_address_vlan" as VScript.SysName, { lift: VAPI.RTPTransmitter.lift.SourceAddressVlan, lower: VAPI.RTPTransmitter.lower.SourceAddressVlan, }, { lift: VAPI.RTPTransmitter.lift.SourceAddressVlan, lower: VAPI.RTPTransmitter.lower.SourceAddressVlan, }, null, ); } /** IP (multicast) destination address of the RTP stream */ get dst_address(): VScript.dKeyword< VScript.VSocket, null | string, null | string, null | string, null | string, VAPI.RTPTransmitter.IpConfig > { return new VScript.dKeyword< VScript.VSocket, null | string, null | string, null | string, null | string, VAPI.RTPTransmitter.IpConfig >( this, "dst_address" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }, (parent: VAPI.RTPTransmitter.IpConfig, command: null | string) => ( void parent, void command, { criterion: "status", validator: (status: null | string) => VScript.addrs_equal_up_to_port({ command, status }), } ), ); } get header_settings(): VScript.dKeyword< VScript.VSocket, [ null | number, null | VAPI.RTPTransmitter.ClassOfService, null | VAPI.RTPTransmitter.TrafficClassOrQos, null | number, number, ], [ null | number, null | VAPI.RTPTransmitter.ClassOfService, null | VAPI.RTPTransmitter.TrafficClassOrQos, null | number, number, ], VAPI.RTPTransmitter.HeaderSettings, VAPI.RTPTransmitter.HeaderSettings, VAPI.RTPTransmitter.IpConfig > { return new VScript.dKeyword< VScript.VSocket, [ null | number, null | VAPI.RTPTransmitter.ClassOfService, null | VAPI.RTPTransmitter.TrafficClassOrQos, null | number, number, ], [ null | number, null | VAPI.RTPTransmitter.ClassOfService, null | VAPI.RTPTransmitter.TrafficClassOrQos, null | number, number, ], VAPI.RTPTransmitter.HeaderSettings, VAPI.RTPTransmitter.HeaderSettings, VAPI.RTPTransmitter.IpConfig >( this, "header_settings" as VScript.SysName, { lift: VAPI.RTPTransmitter.lift.HeaderSettings, lower: VAPI.RTPTransmitter.lower.HeaderSettings, }, { lift: VAPI.RTPTransmitter.lift.HeaderSettings, lower: VAPI.RTPTransmitter.lower.HeaderSettings, }, null, ); } get header_info() { return VAPI.RTPTransmitter.lift.IpConfigHeaderInfo( VScript.VAPIHelpers.subtree_child_checked(this.raw, 5, "header_info"), ); } } export class IpConfigInterfaces implements VScript.Referenceable<"RTPTransmitter::Data::IpConfigInterfaces"> { readonly type_identifier = "RTPTransmitter::Data::IpConfigInterfaces" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get primary() { return VAPI.RTPTransmitter.lift.IpConfig( VScript.VAPIHelpers.subtree_child_checked(this.raw, 0, "primary"), ); } get secondary() { return VAPI.RTPTransmitter.lift.IpConfig( VScript.VAPIHelpers.subtree_child_checked(this.raw, 1, "secondary"), ); } } export class IpConfigMipMap implements VScript.Referenceable<"RTPTransmitter::Data::IpConfigMipMap"> { readonly type_identifier = "RTPTransmitter::Data::IpConfigMipMap" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get active_stream_parameter(): VScript.rKeyword< VScript.VSocket, null | [null | string, null | string, number, number, null | number], null | VAPI.RTPTransmitter.IpConfigMipMapActiveStreamParameter, VAPI.RTPTransmitter.IpConfigMipMap > { return new VScript.rKeyword< VScript.VSocket, null | [null | string, null | string, number, number, null | number], null | VAPI.RTPTransmitter.IpConfigMipMapActiveStreamParameter, VAPI.RTPTransmitter.IpConfigMipMap >(this, "active_stream_parameter" as VScript.SysName, { lift: VScript.VAPIHelpers.liftOrLowerNullable( VAPI.RTPTransmitter.lift.IpConfigMipMapActiveStreamParameter, ), lower: VScript.VAPIHelpers.liftOrLowerNullable( VAPI.RTPTransmitter.lower.IpConfigMipMapActiveStreamParameter, ), }); } } export class IpSDPConfigInterfaces implements VScript.Referenceable<"RTPTransmitter::Data::IpSDPConfigInterfaces"> { readonly type_identifier = "RTPTransmitter::Data::IpSDPConfigInterfaces" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get sdp_a(): VScript.rKeyword< VScript.VSocket, string, string, VAPI.RTPTransmitter.IpSDPConfigInterfaces > { return new VScript.rKeyword< VScript.VSocket, string, string, VAPI.RTPTransmitter.IpSDPConfigInterfaces >(this, "sdp_a" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get primary() { return VAPI.RTPTransmitter.lift.IpConfig( VScript.VAPIHelpers.subtree_child_checked(this.raw, 1, "primary"), ); } get secondary() { return VAPI.RTPTransmitter.lift.IpConfig( VScript.VAPIHelpers.subtree_child_checked(this.raw, 2, "secondary"), ); } } export interface JpegXsSettings { compression: VAPI.RTPTransmitter.Compression; /** PSNR optimization: by default, the rate allocation of the encoder is configured to optimize the image quality based on the Peak Signal to Noise Ratio (PSNR) calculation. This configuration, called 'PSNR Weights', is providing the best results of TICO compression for PSNR measurements. visual optimization: the 'Visual Weights' configuration is the optimal configuration for real-life subjective quality assessment. Compared to the “PSNR Weights” configuration, it provides a better viewing experience but it sometimes produces lower PSNR results. */ lvl_weight_mode: VAPI.RTPTransmitter.LVLMODE; add_st2110_40: boolean; omit_mandatory_pre_header: boolean; } export type LVLMODE = "peak_signal_noise_ratio" | "visual_optimization"; export class MipMapEncoder implements VScript.Referenceable<"RTPTransmitter::Data::MipMapEncoder"> { readonly type_identifier = "RTPTransmitter::Data::MipMapEncoder" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get allocated_blocks(): VScript.rKeyword< VScript.VSocket, number, VAPI.Primitives.Unsigned32, VAPI.RTPTransmitter.MipMapEncoder > { return new VScript.rKeyword< VScript.VSocket, number, VAPI.Primitives.Unsigned32, VAPI.RTPTransmitter.MipMapEncoder >(this, "allocated_blocks" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get block_addr(): VScript.rKeyword< VScript.VSocket, Array, Array, VAPI.RTPTransmitter.MipMapEncoder > { return new VScript.rKeyword< VScript.VSocket, Array, Array, VAPI.RTPTransmitter.MipMapEncoder >(this, "block_addr" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } } export class MuxStatistics implements VScript.Referenceable<"RTPTransmitter::Data::MuxStatistics"> { readonly type_identifier = "RTPTransmitter::Data::MuxStatistics" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get port0(): VScript.rKeyword< VScript.VSocket, [number, number], VAPI.RTPTransmitter.MuxStatisticsPort0, VAPI.RTPTransmitter.MuxStatistics > { return new VScript.rKeyword< VScript.VSocket, [number, number], VAPI.RTPTransmitter.MuxStatisticsPort0, VAPI.RTPTransmitter.MuxStatistics >(this, "port0" as VScript.SysName, { lift: VAPI.RTPTransmitter.lift.MuxStatisticsPort0, lower: VAPI.RTPTransmitter.lower.MuxStatisticsPort0, }); } get port1(): VScript.rKeyword< VScript.VSocket, [number, number], VAPI.RTPTransmitter.MuxStatisticsPort1, VAPI.RTPTransmitter.MuxStatistics > { return new VScript.rKeyword< VScript.VSocket, [number, number], VAPI.RTPTransmitter.MuxStatisticsPort1, VAPI.RTPTransmitter.MuxStatistics >(this, "port1" as VScript.SysName, { lift: VAPI.RTPTransmitter.lift.MuxStatisticsPort1, lower: VAPI.RTPTransmitter.lower.MuxStatisticsPort1, }); } get scheduler(): VScript.rKeyword< VScript.VSocket, [number], VAPI.RTPTransmitter.MuxStatisticsScheduler, VAPI.RTPTransmitter.MuxStatistics > { return new VScript.rKeyword< VScript.VSocket, [number], VAPI.RTPTransmitter.MuxStatisticsScheduler, VAPI.RTPTransmitter.MuxStatistics >(this, "scheduler" as VScript.SysName, { lift: VAPI.RTPTransmitter.lift.MuxStatisticsScheduler, lower: VAPI.RTPTransmitter.lower.MuxStatisticsScheduler, }); } } export type OnConfiguration = "RefuseActivation" | "AllowActivation"; export type PackingMode = "GPM" | "BPM"; export interface CompressionRatio { ratio: number; } export type ReduceMaxThroughput = | "doNotReduce" | "ReduceBy_1Percent" | "ReduceBy_2Percent" | "ReduceBy_3Percent" | "ReduceBy_4Percent" | "ReduceBy_5Percent" | "ReduceBy_6Percent" | "ReduceBy_7Percent" | "ReduceBy_8Percent" | "ReduceBy_9Percent" | "ReduceBy_10Percent"; export class RouterError implements VScript.Referenceable<"RTPTransmitter::Data::RouterError"> { readonly type_identifier = "RTPTransmitter::Data::RouterError" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get error_input(): VScript.rKeyword< VScript.VSocket, [Array, Array, Array, number], VAPI.RTPTransmitter.RouterErrorErrorInput, VAPI.RTPTransmitter.RouterError > { return new VScript.rKeyword< VScript.VSocket, [Array, Array, Array, number], VAPI.RTPTransmitter.RouterErrorErrorInput, VAPI.RTPTransmitter.RouterError >(this, "error_input" as VScript.SysName, { lift: VAPI.RTPTransmitter.lift.RouterErrorErrorInput, lower: VAPI.RTPTransmitter.lower.RouterErrorErrorInput, }); } get error_output(): VScript.rKeyword< VScript.VSocket, [Array, Array, Array], VAPI.RTPTransmitter.RouterErrorErrorOutput, VAPI.RTPTransmitter.RouterError > { return new VScript.rKeyword< VScript.VSocket, [Array, Array, Array], VAPI.RTPTransmitter.RouterErrorErrorOutput, VAPI.RTPTransmitter.RouterError >(this, "error_output" as VScript.SysName, { lift: VAPI.RTPTransmitter.lift.RouterErrorErrorOutput, lower: VAPI.RTPTransmitter.lower.RouterErrorErrorOutput, }); } } export type SPSMode = "possible" | "in_use" | "is_optimized"; export interface SSRCStatus { /** This field is used to identify the synchronization source. The value is determined randomly so that no two sources within the RTP session have the same identification number */ ssrc: VAPI.Primitives.Unsigned32; ssrc_counter: VAPI.Primitives.Unsigned32; } export interface ST20226Settings {} export interface ST2042Settings { compression: VAPI.Video.DiracCompression; add_st2110_40: boolean; } export interface SourceAddressVlan { vlan_id: null | VAPI.Primitives.VlanID; /** IP (unicast) address of the RTP stream sender */ src_address: null | string; } export type StripMining = "ReduceToMinimum" | "HoldInBackhand"; export interface Tagging { tagging_hw_value: VAPI.Primitives.Unsigned32; tagging_decipher: VAPI.RTPTransmitter.TaggingDecipher; } export interface TaggingDecipher { vlan_id: VAPI.Primitives.VlanID; class_of_service: VAPI.RTPTransmitter.ClassOfService; } export type TrafficClassOrQos = | "assured_forwarding_default" | "assured_forwarding_11" | "assured_forwarding_12" | "assured_forwarding_13" | "assured_forwarding_21" | "assured_forwarding_22" | "assured_forwarding_23" | "assured_forwarding_31" | "assured_forwarding_32" | "assured_forwarding_33" | "assured_forwarding_41" | "assured_forwarding_42" | "assured_forwarding_43" | "assured_forwarding_ef"; export type ValidateMode = "validate_start" | "validate_stop"; export type VideoDepth = "depths_8" | "depths_10" | "depths_12"; export interface IpConfigMipMapActiveStreamParameter { /** IP (unicast) address of the RTP stream sender */ src_address: null | string; /** IP (multicast) destination address of the RTP stream */ dst_address: null | string; lane_id: number; stream_id: number; vlan_id: null | VAPI.Primitives.VlanID; } export interface RouterErrorErrorInput { max_fifo_level: Array; max_fifo_level_last_read: Array; overflow: Array; error_irq_counter: VAPI.Primitives.Unsigned32; } export interface RouterErrorErrorOutput { max_fifo_level: Array; max_fifo_level_last_read: Array; overflow: Array; } export class IpConfigHeaderInfo implements VScript.Referenceable<"RTPTransmitter::Data::IpConfig::HeaderInfo"> { readonly type_identifier = "RTPTransmitter::Data::IpConfig::HeaderInfo" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get tagging(): VScript.rKeyword< VScript.VSocket, null | [number, [number, VAPI.RTPTransmitter.ClassOfService]], null | VAPI.RTPTransmitter.Tagging, VAPI.RTPTransmitter.IpConfigHeaderInfo > { return new VScript.rKeyword< VScript.VSocket, null | [number, [number, VAPI.RTPTransmitter.ClassOfService]], null | VAPI.RTPTransmitter.Tagging, VAPI.RTPTransmitter.IpConfigHeaderInfo >(this, "tagging" as VScript.SysName, { lift: VScript.VAPIHelpers.liftOrLowerNullable( VAPI.RTPTransmitter.lift.Tagging, ), lower: VScript.VAPIHelpers.liftOrLowerNullable( VAPI.RTPTransmitter.lower.Tagging, ), }); } get ssrc_info(): VScript.rKeyword< VScript.VSocket, null | [number, number], null | VAPI.RTPTransmitter.SSRCStatus, VAPI.RTPTransmitter.IpConfigHeaderInfo > { return new VScript.rKeyword< VScript.VSocket, null | [number, number], null | VAPI.RTPTransmitter.SSRCStatus, VAPI.RTPTransmitter.IpConfigHeaderInfo >(this, "ssrc_info" as VScript.SysName, { lift: VScript.VAPIHelpers.liftOrLowerNullable( VAPI.RTPTransmitter.lift.SSRCStatus, ), lower: VScript.VAPIHelpers.liftOrLowerNullable( VAPI.RTPTransmitter.lower.SSRCStatus, ), }); } } export interface SessionInterfaces { primary: null | VAPI.NetworkInterfaces.VirtualInterface; secondary: null | VAPI.NetworkInterfaces.VirtualInterface; } export class MediaStreamerIpConfiguration implements VScript.Referenceable<"RTPTransmitter::Data::MediaStreamer::IpConfiguration"> { readonly type_identifier = "RTPTransmitter::Data::MediaStreamer::IpConfiguration" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get sdp_a(): VScript.rKeyword< VScript.VSocket, string, string, VAPI.RTPTransmitter.MediaStreamerIpConfiguration > { return new VScript.rKeyword< VScript.VSocket, string, string, VAPI.RTPTransmitter.MediaStreamerIpConfiguration >(this, "sdp_a" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get media() { return VAPI.RTPTransmitter.lift.IpConfigInterfaces( VScript.VAPIHelpers.subtree_child_checked(this.raw, 1, "media"), ); } } export class MediaStreamerVideoIpConfiguration implements VScript.Referenceable<"RTPTransmitter::Data::MediaStreamerVideo::IpConfiguration"> { readonly type_identifier = "RTPTransmitter::Data::MediaStreamerVideo::IpConfiguration" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get sdp_a(): VScript.rKeyword< VScript.VSocket, string, string, VAPI.RTPTransmitter.MediaStreamerVideoIpConfiguration > { return new VScript.rKeyword< VScript.VSocket, string, string, VAPI.RTPTransmitter.MediaStreamerVideoIpConfiguration >(this, "sdp_a" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } get video() { return VAPI.RTPTransmitter.lift.IpSDPConfigInterfaces( VScript.VAPIHelpers.subtree_child_checked(this.raw, 1, "video"), ); } get meta() { return VAPI.RTPTransmitter.lift.IpSDPConfigInterfaces( VScript.VAPIHelpers.subtree_child_checked(this.raw, 2, "meta"), ); } } export class MipMapStreamerIpConfiguration implements VScript.Referenceable<"RTPTransmitter::Data::MipMapStreamer::IpConfiguration"> { readonly type_identifier = "RTPTransmitter::Data::MipMapStreamer::IpConfiguration" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get media() { return VAPI.RTPTransmitter.lift.MipMapStreamerIpConfigurationMedia( VScript.VAPIHelpers.subtree_child_checked(this.raw, 0, "media"), ); } } export type MediaStreamerIssues = { missing_dst_ip: boolean; missing_src_ip4: boolean; missing_src_ip6: boolean; }; export type MediaStreamerVideoIssues = { missing_dst_ip: boolean; missing_input_dt_node: boolean; missing_src_ip4: boolean; missing_src_ip6: boolean; }; export interface JpegXsHardware { /** Width of the input encoded image, in pixels. Must be a multiple of 2. Up to 4096 for UHD IP-core flavor */ width: VAPI.Primitives.Unsigned32; /** Height of the input encoded image, in pixels. Must be a multiple of 2, and greater than or equal to 4 */ height: VAPI.Primitives.Unsigned32; /** Contains input mode configuration fields: bit 3-0: color and sub-sampling mode */ mode: VAPI.RTPTransmitter.ColorSampleMode; /** Budget in bytes per compressed frame, which is allocated to the picture header and the compressed data. Note: To compute this value according to a bit per pixel rate: budget = bpp x width x height / 8 Complementary header (ie. boxes) is not included in the budget */ budget_per_frame: VAPI.Primitives.Unsigned32; /** VALIDATE It validates the given configuration. Set to '1' to start the IP-core, after setting mode and images parameters. This signal must be activated to validate any change in configuration (width, height, ...). Set to '0' to stop the IP-core. bit 1: (R) CFG_READY ‘1’ indicates that the TICO-XS is ready to receive a new configuration, when this bit is ‘0’ configuration registers shouldn't be modified */ vld: VAPI.RTPTransmitter.ValidateMode; /** Number of images to play when the IP-core is in command mode. (when PLAY_MODE register = 0) */ number_of_images: VAPI.Primitives.Unsigned32; /** Bit depth of the video content, mapped on the MSBs of the port interface. The valid bit depths are 8, 10 and 12 bits per component */ video_depth: VAPI.RTPTransmitter.VideoDepth; /** It allows to choose between two running modes: set to '1' to run in play mode, in which the IP-core processes frames continuously. or set to '0' to run in command mode, in which the IP-core processes n frames, n defined by NBR */ play_mode: boolean; /** This register is used to program the image quality optimization parameters (visual or PSNR). Each pre-computed weights value must be written to this register sequentially to ensure proper encoder behavior. */ level_weights: Array; profile: VAPI.Primitives.Unsigned32; } export class AllLicenseInformation implements VScript.Referenceable<"RTPTransmitter::Data::All::LicenseInformation"> { readonly type_identifier = "RTPTransmitter::Data::All::LicenseInformation" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get num_jpeg_xs_transmitters(): VScript.rKeyword< VScript.VSocket, number, VAPI.Primitives.Unsigned16, VAPI.RTPTransmitter.AllLicenseInformation > { return new VScript.rKeyword< VScript.VSocket, number, VAPI.Primitives.Unsigned16, VAPI.RTPTransmitter.AllLicenseInformation >(this, "num_jpeg_xs_transmitters" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }); } } export class MipMapStreamerIpConfigurationMedia implements VScript.Referenceable<"RTPTransmitter::Data::MipMapStreamer::IpConfiguration::Media"> { readonly type_identifier = "RTPTransmitter::Data::MipMapStreamer::IpConfiguration::Media" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get primary() { return VAPI.RTPTransmitter.lift.IpConfigMipMap( VScript.VAPIHelpers.subtree_child_checked(this.raw, 0, "primary"), ); } get secondary() { return VAPI.RTPTransmitter.lift.IpConfigMipMap( VScript.VAPIHelpers.subtree_child_checked(this.raw, 1, "secondary"), ); } } export interface AllSettingsOnIncompleteConfiguration { /** allow the session to be activated even though not all ip configuration has been completed. */ refuse_activation: boolean; /** true: reserve the hardware for the incomplete configured path */ reserve_resources: boolean; } export interface MuxStatisticsPort0 { words: VAPI.Primitives.Unsigned32; packets: VAPI.Primitives.Unsigned32; } export interface MuxStatisticsPort1 { words: VAPI.Primitives.Unsigned32; packets: VAPI.Primitives.Unsigned32; } export interface MuxStatisticsScheduler { packets: VAPI.Primitives.Unsigned32; } export class AllSettings implements VScript.Referenceable<"RTPTransmitter::Data::All::Settings"> { readonly type_identifier = "RTPTransmitter::Data::All::Settings" as const; constructor(readonly raw: VScript.DataViews.Subtree) {} get on_incomplete_configuration(): VScript.rwKeyword< VScript.VSocket, [boolean, boolean], [boolean, boolean], VAPI.RTPTransmitter.AllSettingsOnIncompleteConfiguration, VAPI.RTPTransmitter.AllSettingsOnIncompleteConfiguration, VAPI.RTPTransmitter.AllSettings > { return new VScript.rwKeyword< VScript.VSocket, [boolean, boolean], [boolean, boolean], VAPI.RTPTransmitter.AllSettingsOnIncompleteConfiguration, VAPI.RTPTransmitter.AllSettingsOnIncompleteConfiguration, VAPI.RTPTransmitter.AllSettings >( this, "on_incomplete_configuration" as VScript.SysName, { lift: VAPI.RTPTransmitter.lift.AllSettingsOnIncompleteConfiguration, lower: VAPI.RTPTransmitter.lower.AllSettingsOnIncompleteConfiguration, }, { lift: VAPI.RTPTransmitter.lift.AllSettingsOnIncompleteConfiguration, lower: VAPI.RTPTransmitter.lower.AllSettingsOnIncompleteConfiguration, }, null, ); } /** reserves a desired bandwidth from the maximum possible throughput of the port to be used for inband control */ get reserved_bandwidth(): VScript.rwKeyword< VScript.VSocket, number, number, number, number, VAPI.RTPTransmitter.AllSettings > { return new VScript.rwKeyword< VScript.VSocket, number, number, number, number, VAPI.RTPTransmitter.AllSettings >( this, "reserved_bandwidth" as VScript.SysName, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }, { lift: (x: any /* FIXME */, _: VScript.VSocket) => x, lower: (x: any /* FIXME */, _: VScript.VSocket) => x, }, null, ); } get check_ip_address_timeout(): VScript.rwKeyword< VScript.VSocket, number, number, VScript.Duration, VScript.Duration, VAPI.RTPTransmitter.AllSettings > { return new VScript.rwKeyword< VScript.VSocket, number, number, VScript.Duration, VScript.Duration, VAPI.RTPTransmitter.AllSettings >( this, "check_ip_address_timeout" as VScript.SysName, { lift: VScript.VAPIHelpers.liftNanoseconds, lower: VScript.VAPIHelpers.lowerNanoseconds, }, { lift: VScript.VAPIHelpers.liftNanoseconds, lower: VScript.VAPIHelpers.lowerNanoseconds, }, null, ); } } export const Enums = { VideoDepth: ["depths_8", "depths_10", "depths_12"] as VideoDepth[], ValidateMode: ["validate_start", "validate_stop"] as ValidateMode[], TrafficClassOrQos: [ "assured_forwarding_default", "assured_forwarding_11", "assured_forwarding_12", "assured_forwarding_13", "assured_forwarding_21", "assured_forwarding_22", "assured_forwarding_23", "assured_forwarding_31", "assured_forwarding_32", "assured_forwarding_33", "assured_forwarding_41", "assured_forwarding_42", "assured_forwarding_43", "assured_forwarding_ef", ] as TrafficClassOrQos[], StripMining: ["ReduceToMinimum", "HoldInBackhand"] as StripMining[], SPSMode: ["possible", "in_use", "is_optimized"] as SPSMode[], ReduceMaxThroughput: [ "doNotReduce", "ReduceBy_1Percent", "ReduceBy_2Percent", "ReduceBy_3Percent", "ReduceBy_4Percent", "ReduceBy_5Percent", "ReduceBy_6Percent", "ReduceBy_7Percent", "ReduceBy_8Percent", "ReduceBy_9Percent", "ReduceBy_10Percent", ] as ReduceMaxThroughput[], PackingMode: ["GPM", "BPM"] as PackingMode[], OnConfiguration: ["RefuseActivation", "AllowActivation"] as OnConfiguration[], LVLMODE: ["peak_signal_noise_ratio", "visual_optimization"] as LVLMODE[], ColorSampleMode: [ "GB_444", "YCbCr_422", "YCbCr_420", "YCbCr_444", ] as ColorSampleMode[], ClassOfService: [ "best_effort", "medium_priority", "high_priority", "voice_call_signaling", "video", "voice", ] as ClassOfService[], ActivationControl: [ "Off", "Off_preserve_resource", "On", ] as ActivationControl[], } as const;