import * as VScript from "vscript"; import * as VAPI from "./index.js"; export declare const lift: { readonly VideoLimitationBandwidth: (_raw: [VAPI.Definitions.Bandwidth], _socket: VScript.VSocket) => VideoLimitationBandwidth; readonly Buffer: (_raw: VScript.DataViews.Subtree) => VAPI.VideoRePlay.Buffer; readonly Capabilities: (_raw: [null | ([0, [number]] | [1, [number]]), VAPI.VideoRePlay.DelayMode, ([0, [boolean, ([0, [VAPI.Video.Standard]] | [1, [VAPI.Definitions.Bandwidth]])]] | [1, [VAPI.Video.SquareDivisionStandard]])], _socket: VScript.VSocket) => Capabilities; readonly DMA: (_raw: VScript.DataViews.Subtree) => VAPI.VideoRePlay.DMA; readonly File: (_raw: VScript.DataViews.Subtree) => VAPI.VideoRePlay.File; readonly GroupSelections: (_raw: VScript.DataViews.Subtree) => VAPI.VideoRePlay.GroupSelections; readonly Http: (_raw: VScript.DataViews.Subtree) => VAPI.VideoRePlay.Http; readonly InputCaliber: (_raw: ([0, [boolean, ([0, [VAPI.Video.Standard]] | [1, [VAPI.Definitions.Bandwidth]])]] | [1, [VAPI.Video.SquareDivisionStandard]]), _socket: VScript.VSocket) => InputCaliber; readonly InputDebug: (_raw: VScript.DataViews.Subtree) => VAPI.VideoRePlay.InputDebug; readonly MemoryCapacity: (_raw: [number, number, [null | number, null | number], [null | number, null | number], null | VAPI.Video.Standard], _socket: VScript.VSocket) => MemoryCapacity; readonly OutputDebug: (_raw: VScript.DataViews.Subtree) => VAPI.VideoRePlay.OutputDebug; readonly Reader: (_raw: VScript.DataViews.Subtree) => VAPI.VideoRePlay.Reader; readonly SingleSettings: (_raw: [boolean, ([0, [VAPI.Video.Standard]] | [1, [VAPI.Definitions.Bandwidth]])], _socket: VScript.VSocket) => SingleSettings; readonly SquareSettings: (_raw: [VAPI.Video.SquareDivisionStandard], _socket: VScript.VSocket) => SquareSettings; readonly VideoLimitationStandard: (_raw: [VAPI.Video.Standard], _socket: VScript.VSocket) => VideoLimitationStandard; readonly VideoLimitation: (_raw: ([0, [VAPI.Video.Standard]] | [1, [VAPI.Definitions.Bandwidth]]), _socket: VScript.VSocket) => VideoLimitation; readonly Writer: (_raw: VScript.DataViews.Subtree) => VAPI.VideoRePlay.Writer; readonly MemoryCapacityAsAllocated: (_raw: [null | number, null | number], _socket: VScript.VSocket) => MemoryCapacityAsAllocated; readonly MemoryCapacityAsRequested: (_raw: [null | number, null | number], _socket: VScript.VSocket) => MemoryCapacityAsRequested; readonly BufferCurrentDelay: (_raw: [null | number, null | number], _socket: VScript.VSocket) => BufferCurrentDelay; }; export declare const lower: { readonly VideoLimitationBandwidth: (_x: { max_bandwidth: VAPI.Definitions.Bandwidth; }, _socket: VScript.VSocket) => [VAPI.Definitions.Bandwidth]; readonly Buffer: (_x: Buffer) => string; readonly Capabilities: (_x: { capacity: null | VAPI.VideoPlayer.AllocationMode; delay_mode: VAPI.VideoRePlay.DelayMode; input_caliber: VAPI.VideoRePlay.InputCaliber; }, _socket: VScript.VSocket) => [null | ([0, [number]] | [1, [number]]), VAPI.VideoRePlay.DelayMode, ([0, [boolean, ([0, [VAPI.Video.Standard]] | [1, [VAPI.Definitions.Bandwidth]])]] | [1, [VAPI.Video.SquareDivisionStandard]])]; readonly DMA: (_x: DMA) => string; readonly File: (_x: File) => string; readonly GroupSelections: (_x: GroupSelections) => string; readonly Http: (_x: Http) => string; readonly InputCaliber: (_x: ({ variant: "Single"; value: VAPI.VideoRePlay.SingleSettings; } | { variant: "Square_division"; value: VAPI.VideoRePlay.SquareSettings; }), _socket: VScript.VSocket) => ([0, [boolean, ([0, [VAPI.Video.Standard]] | [1, [VAPI.Definitions.Bandwidth]])]] | [1, [VAPI.Video.SquareDivisionStandard]]); readonly InputDebug: (_x: InputDebug) => string; readonly MemoryCapacity: (_x: { as_pages: VAPI.Primitives.Unsigned16; as_bytes: VAPI.Primitives.Unsigned64; as_requested: VAPI.VideoRePlay.MemoryCapacityAsRequested; as_allocated: VAPI.VideoRePlay.MemoryCapacityAsAllocated; /** This standard is used to calculate the required memory. It is derived from the (add_blanking, video_limitation, Frames, Time) settings */ calculation_standard: null | VAPI.Video.Standard; }, _socket: VScript.VSocket) => [number, number, [null | number, null | number], [null | number, null | number], null | VAPI.Video.Standard]; readonly OutputDebug: (_x: OutputDebug) => string; readonly Reader: (_x: Reader) => string; readonly SingleSettings: (_x: { add_blanking: boolean; constraints: VAPI.VideoRePlay.VideoLimitation; }, _socket: VScript.VSocket) => [boolean, ([0, [VAPI.Video.Standard]] | [1, [VAPI.Definitions.Bandwidth]])]; readonly SquareSettings: (_x: { standard: VAPI.Video.SquareDivisionStandard; }, _socket: VScript.VSocket) => [VAPI.Video.SquareDivisionStandard]; readonly VideoLimitationStandard: (_x: { standard: VAPI.Video.Standard; }, _socket: VScript.VSocket) => [VAPI.Video.Standard]; readonly VideoLimitation: (_x: ({ variant: "Standard"; value: VAPI.VideoRePlay.VideoLimitationStandard; } | { variant: "Bandwidth"; value: VAPI.VideoRePlay.VideoLimitationBandwidth; }), _socket: VScript.VSocket) => ([0, [VAPI.Video.Standard]] | [1, [VAPI.Definitions.Bandwidth]]); readonly Writer: (_x: Writer) => string; readonly MemoryCapacityAsAllocated: (_x: { frames: null | number; time: null | VScript.Duration; }, _socket: VScript.VSocket) => [null | number, null | number]; readonly MemoryCapacityAsRequested: (_x: { frames: null | number; time: null | VScript.Duration; }, _socket: VScript.VSocket) => [null | number, null | number]; readonly BufferCurrentDelay: (_x: { as_frames: null | number; as_time: null | VScript.Duration; }, _socket: VScript.VSocket) => [null | number, null | number]; }; export interface VideoLimitationBandwidth { max_bandwidth: VAPI.Definitions.Bandwidth; } export declare class Buffer implements VScript.Referenceable<"VideoRePlay::Data::Buffer"> { readonly raw: VScript.DataViews.Subtree; readonly type_identifier: "VideoRePlay::Data::Buffer"; constructor(raw: VScript.DataViews.Subtree); get offset(): VScript.dKeyword; get current_delay(): VScript.rKeyword; } export type BufferMode = "Frames" | "Time"; export interface Capabilities { capacity: null | VAPI.VideoPlayer.AllocationMode; delay_mode: VAPI.VideoRePlay.DelayMode; input_caliber: VAPI.VideoRePlay.InputCaliber; } export declare class DMA implements VScript.Referenceable<"VideoRePlay::Data::DMA"> { readonly raw: VScript.DataViews.Subtree; readonly type_identifier: "VideoRePlay::Data::DMA"; constructor(raw: VScript.DataViews.Subtree); get file(): VAPI.VideoRePlay.File; get http(): VAPI.VideoRePlay.Http; } export type DelayMode = "FrameSync_Freeze" | "FrameSync_Black" | "FramePhaser"; export type DmaTrigger = "frame" | "clip_in_files" | "clip_single_file"; export type DmaTriggerSetup = "Stop" | "Restart"; export type DmaTriggerSetupStatus = "Stop" | "Restart" | "Process" | "Done"; export declare class File implements VScript.Referenceable<"VideoRePlay::Data::File"> { readonly raw: VScript.DataViews.Subtree; readonly type_identifier: "VideoRePlay::Data::File"; constructor(raw: VScript.DataViews.Subtree); /** Trigger DMA writer */ get trigger_dma_writer(): VScript.wKeyword; /** Trigger DMA reader */ get trigger_dma_reader(): VScript.wKeyword; get setup_dma_reader(): VScript.rwKeyword; } export declare class GroupSelections implements VScript.Referenceable<"VideoRePlay::Data::GroupSelections"> { readonly raw: VScript.DataViews.Subtree; readonly type_identifier: "VideoRePlay::Data::GroupSelections"; constructor(raw: VScript.DataViews.Subtree); get group(): VScript.dKeyword; } export type Groups = "Group0" | "Group1" | "Group2" | "Group3"; export declare class Http implements VScript.Referenceable<"VideoRePlay::Data::Http"> { readonly raw: VScript.DataViews.Subtree; readonly type_identifier: "VideoRePlay::Data::Http"; constructor(raw: VScript.DataViews.Subtree); /** before initiate the dma download process, stop the writer/reader. If the job ist done, restart the writer/reader */ get setup_handler(): VScript.rwKeyword; get handler_status(): VScript.rKeyword; } export type InputCaliber = ({ variant: "Single"; value: VAPI.VideoRePlay.SingleSettings; } | { variant: "Square_division"; value: VAPI.VideoRePlay.SquareSettings; }); export declare class InputDebug implements VScript.Referenceable<"VideoRePlay::Data::InputDebug"> { readonly raw: VScript.DataViews.Subtree; readonly type_identifier: "VideoRePlay::Data::InputDebug"; constructor(raw: VScript.DataViews.Subtree); get writer_id(): VScript.rKeyword; get stride_line(): VScript.rKeyword; get stride_frame(): VScript.rKeyword; get start_address(): VScript.rKeyword; get end_address(): VScript.rKeyword; get num_lines(): VScript.rKeyword; get horizontal_blanking(): VScript.rKeyword; get horizontal_error(): VScript.rKeyword; get horizontal_active(): VScript.rKeyword; get mode_hanc(): VScript.rKeyword; get mode_vanc(): VScript.rKeyword; get mode_enable(): VScript.rKeyword; get mode_interlaced(): VScript.rKeyword; get mode_stop(): VScript.rKeyword; get mode_en_cnt(): VScript.rKeyword; get delta_time(): VScript.rKeyword; get time_from_start(): VScript.rKeyword; get delta_start_address(): VScript.rKeyword; get frame_start_address(): VScript.rKeyword; get in_panic(): VScript.rKeyword; } export type InputMode = "Single" | "Quad" | "UHD"; export interface MemoryCapacity { as_pages: VAPI.Primitives.Unsigned16; as_bytes: VAPI.Primitives.Unsigned64; as_requested: VAPI.VideoRePlay.MemoryCapacityAsRequested; as_allocated: VAPI.VideoRePlay.MemoryCapacityAsAllocated; /** This standard is used to calculate the required memory. It is derived from the (add_blanking, video_limitation, Frames, Time) settings */ calculation_standard: null | VAPI.Video.Standard; } export declare class OutputDebug implements VScript.Referenceable<"VideoRePlay::Data::OutputDebug"> { readonly raw: VScript.DataViews.Subtree; readonly type_identifier: "VideoRePlay::Data::OutputDebug"; constructor(raw: VScript.DataViews.Subtree); get reader_id(): VScript.rKeyword; get reader_v_idx(): VScript.rKeyword; get reader_w_idx(): VScript.rKeyword; get start_first_active_line_field_0(): VScript.rKeyword; get end_first_blanking_line_field_0(): VScript.rKeyword; get start_first_active_line_field_1(): VScript.rKeyword; get end_first_blanking_line_field_1(): VScript.rKeyword; get line_number_field_0(): VScript.rKeyword; get line_number_field_1(): VScript.rKeyword; get line_total(): VScript.rKeyword; get start_line_number_generator(): VScript.rKeyword; get start_v_flag_generator(): VScript.rKeyword; get horizontal_blanking(): VScript.rKeyword; get horizontal_active(): VScript.rKeyword; get mode_hanc(): VScript.rKeyword; get mode_vanc(): VScript.rKeyword; get mode_video(): VScript.rKeyword; get mode_en_cnt(): VScript.rKeyword; get ce_sel(): VScript.rKeyword; get ce_sel_enable(): VScript.rKeyword; get length_frame(): VScript.rKeyword; get length_line(): VScript.rKeyword; get stride_line(): VScript.rKeyword; get stride_frame(): VScript.rKeyword; get start_address(): VScript.rKeyword; get end_address(): VScript.rKeyword; get jump(): VScript.rKeyword; get reset(): VScript.rKeyword; get start_generator(): VScript.rKeyword; get delta_frame(): VScript.rKeyword; get delta_time(): VScript.rKeyword; get time_from_start(): VScript.rKeyword; get delta_start_address(): VScript.rKeyword; get frame_start_address(): VScript.rKeyword; get register_panic(): VScript.rKeyword; } export declare class Reader implements VScript.Referenceable<"VideoRePlay::Data::Reader"> { readonly raw: VScript.DataViews.Subtree; readonly type_identifier: "VideoRePlay::Data::Reader"; constructor(raw: VScript.DataViews.Subtree); get active(): VScript.rKeyword; get debug(): VAPI.VideoRePlay.OutputDebug; } export interface SingleSettings { add_blanking: boolean; constraints: VAPI.VideoRePlay.VideoLimitation; } export interface SquareSettings { standard: VAPI.Video.SquareDivisionStandard; } export interface VideoLimitationStandard { standard: VAPI.Video.Standard; } export type VideoLimitation = ({ variant: "Standard"; value: VAPI.VideoRePlay.VideoLimitationStandard; } | { variant: "Bandwidth"; value: VAPI.VideoRePlay.VideoLimitationBandwidth; }); export declare class Writer implements VScript.Referenceable<"VideoRePlay::Data::Writer"> { readonly raw: VScript.DataViews.Subtree; readonly type_identifier: "VideoRePlay::Data::Writer"; constructor(raw: VScript.DataViews.Subtree); get active(): VScript.rKeyword; get debug(): VAPI.VideoRePlay.InputDebug; } export interface MemoryCapacityAsAllocated { frames: null | number; time: null | VScript.Duration; } export interface MemoryCapacityAsRequested { frames: null | number; time: null | VScript.Duration; } export interface BufferCurrentDelay { as_frames: null | number; as_time: null | VScript.Duration; } export type DelayIssues = { missing_input_standard: boolean; missing_latched_standard: boolean; missing_timesource: boolean; out_of_memory: boolean; out_of_readers: boolean; out_of_writers: boolean; }; export declare const Enums: { readonly InputMode: InputMode[]; readonly Groups: Groups[]; readonly DmaTriggerSetupStatus: DmaTriggerSetupStatus[]; readonly DmaTriggerSetup: DmaTriggerSetup[]; readonly DmaTrigger: DmaTrigger[]; readonly DelayMode: DelayMode[]; readonly BufferMode: BufferMode[]; };