// This file is auto-generated, don't edit it import * as $dara from '@darabonba/typescript'; export class SubmitTranscodeJobResponseBodyTranscodeParentJobInputGroup extends $dara.Model { /** * @remarks * The value of the media asset: * * - If type is OSS, this is a URL. Both the OSS and HTTP protocols are supported. * * - If type is Media, this is the media asset ID. * * @example * oss://bucket/path/to/video.mp4 */ media?: string; /** * @remarks * The type of the media object. * Valid values: * * - OSS: an OSS file. * * - Media: a media asset ID. * * @example * OSS */ type?: string; static names(): { [key: string]: string } { return { media: 'Media', type: 'Type', }; } static types(): { [key: string]: any } { return { media: 'string', type: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupOutput extends $dara.Model { /** * @remarks * The value of the media asset: * * - If type is set to OSS, the value is a URL. The OSS and HTTP protocols are supported. * * - If type is set to Media, the value is the media asset ID. * * @example * oss://bucket/path/to/video.mp4 */ media?: string; /** * @remarks * The media object type. * Valid values: * * - OSS: An OSS file. * * - Media: A media asset ID. * * @example * OSS */ type?: string; static names(): { [key: string]: string } { return { media: 'Media', type: 'Type', }; } static types(): { [key: string]: any } { return { media: 'string', type: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigCombineConfigs extends $dara.Model { /** * @remarks * The index of the audio stream. * * This parameter is required. * * @example * 0 或 exclude */ audioIndex?: string; /** * @remarks * The duration of the input stream. By default, this is the duration of the video. * * @example * 20.0 */ duration?: number; /** * @remarks * The start time of the input stream. The default value is 0. * * @example * 0.0 */ start?: number; /** * @remarks * The index of the video stream. * * This parameter is required. * * @example * 0 或 exclude */ videoIndex?: string; static names(): { [key: string]: string } { return { audioIndex: 'AudioIndex', duration: 'Duration', start: 'Start', videoIndex: 'VideoIndex', }; } static types(): { [key: string]: any } { return { audioIndex: 'string', duration: 'number', start: 'number', videoIndex: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigEncryption extends $dara.Model { /** * @remarks * The ciphertext of the key for standard encryption. * * @example * MTYi00NDU0LTg5O**** */ cipherText?: string; /** * @remarks * The decryption endpoint for standard encryption. * * @example * https://sample.com/path?CipherText=MTYi00NDU0LTg5O**** */ decryptKeyUri?: string; /** * @remarks * The encryption type. * * @example * PrivateEncryption */ encryptType?: string; /** * @remarks * The type of the key service. Only KMS and Base64 are supported. * * @example * KMS */ keyServiceType?: string; static names(): { [key: string]: string } { return { cipherText: 'CipherText', decryptKeyUri: 'DecryptKeyUri', encryptType: 'EncryptType', keyServiceType: 'KeyServiceType', }; } static types(): { [key: string]: any } { return { cipherText: 'string', decryptKeyUri: 'string', encryptType: 'string', keyServiceType: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarksOverwriteParamsFile extends $dara.Model { /** * @remarks * The value of the media asset: * * - If type is OSS, the value is a URL that supports the OSS and HTTP protocols. * * - If type is Media, the value is the media asset ID. * * @example * oss://bucket/path/to/video.mp4 */ media?: string; /** * @remarks * The object type of the media asset. * Valid values: * * - OSS: An OSS file. * * - Media: A media asset ID. * * @example * OSS */ type?: string; static names(): { [key: string]: string } { return { media: 'Media', type: 'Type', }; } static types(): { [key: string]: any } { return { media: 'string', type: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarksOverwriteParamsTimeline extends $dara.Model { /** * @remarks * The duration of the watermark. * * - Valid values: [Number, ToEND] * * - Default value: ToEND * * @example * ToEND */ duration?: string; /** * @remarks * The time when the watermark appears. * * - Unit: seconds * * - The value must be numeric. * * - Default value: 0 * * @example * 00:00:05 */ start?: string; static names(): { [key: string]: string } { return { duration: 'Duration', start: 'Start', }; } static types(): { [key: string]: any } { return { duration: 'string', start: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarksOverwriteParams extends $dara.Model { /** * @remarks * The horizontal offset of the watermark image relative to the output video. * Default: 0 * * The value can be specified in two formats: * * - An integer that specifies the offset in pixels. * * - Range: [8, 4096] * * - Unit: px * * - A decimal that specifies the ratio of the horizontal offset to the width of the output video. * * - Range: (0, 1) * * - The value can have up to four decimal places, such as 0.9999. The system automatically discards any digits beyond the fourth decimal place. * * @example * 10 */ dx?: string; /** * @remarks * The vertical offset of the watermark image relative to the output video. * Default value: 0. * * The value can be in one of the following two formats: * * - An integer that specifies the offset in pixels. * * - Range: [8, 4096]. * * - Unit: px. * * - A decimal that specifies the ratio of the vertical offset to the output video height. * * - Range: (0, 1). * * - The value supports up to four decimal places, such as 0.9999. Any additional digits are automatically discarded. * * @example * 10 */ dy?: string; /** * @remarks * The image file for the watermark. */ file?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarksOverwriteParamsFile; /** * @remarks * The height of the image watermark on the output video. * The value can be specified in two ways: * * - An integer that represents the watermark height in pixels. * * - Range: [8, 4096]. * * - Unit: px. * * - A decimal that represents the watermark height as a ratio of the output video\\"s height. * * - Range: (0, 1). * * - The value supports up to four decimal places, such as 0.9999. Digits beyond the fourth decimal place are automatically discarded. * * @example * 32 */ height?: string; /** * @remarks * The position of the watermark. * * - Valid values: TopRight, TopLeft, BottomRight, and BottomLeft. * * - Default value: TopRight. * * @example * TopLeft */ referPos?: string; /** * @remarks * The display time settings for the dynamic watermark. */ timeline?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarksOverwriteParamsTimeline; /** * @remarks * The width of the watermark image on the output video. * The value can be specified in two formats: * * - An integer that specifies the width of the watermark image in pixels. * * - Range: [8, 4096]. * * - Unit: px. * * - A decimal that represents the width of the watermark relative to the width of the output video. * * - Range: (0, 1). * * - The value supports up to four decimal places, such as 0.9999. Digits beyond the fourth decimal place are automatically discarded. * * @example * 32 */ width?: string; static names(): { [key: string]: string } { return { dx: 'Dx', dy: 'Dy', file: 'File', height: 'Height', referPos: 'ReferPos', timeline: 'Timeline', width: 'Width', }; } static types(): { [key: string]: any } { return { dx: 'string', dy: 'string', file: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarksOverwriteParamsFile, height: 'string', referPos: 'string', timeline: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarksOverwriteParamsTimeline, width: 'string', }; } validate() { if(this.file && typeof (this.file as any).validate === 'function') { (this.file as any).validate(); } if(this.timeline && typeof (this.timeline as any).validate === 'function') { (this.timeline as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarks extends $dara.Model { /** * @remarks * The parameters that, when specified, overwrite the corresponding parameters in the template. */ overwriteParams?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarksOverwriteParams; /** * @remarks * The template ID. * * @example * 9547c6ad97cb4f2aaa29683ebd18d410 */ templateId?: string; static names(): { [key: string]: string } { return { overwriteParams: 'OverwriteParams', templateId: 'TemplateId', }; } static types(): { [key: string]: any } { return { overwriteParams: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarksOverwriteParams, templateId: 'string', }; } validate() { if(this.overwriteParams && typeof (this.overwriteParams as any).validate === 'function') { (this.overwriteParams as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigSubtitlesOverwriteParamsFile extends $dara.Model { /** * @remarks * The value of the media asset. If the type is OSS, the value is a URL that supports the OSS and HTTP protocols. If the type is Media, the value is the media asset ID. * * @example * oss://bucket/path/to/video.mp4 */ media?: string; /** * @remarks * The type of the media object. * Valid values: * * - OSS: an OSS file. * * - Media: a media asset ID. * * @example * OSS */ type?: string; static names(): { [key: string]: string } { return { media: 'Media', type: 'Type', }; } static types(): { [key: string]: any } { return { media: 'string', type: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigSubtitlesOverwriteParams extends $dara.Model { /** * @remarks * The file encoding format. * * @example * UTF-8 */ charEnc?: string; /** * @remarks * The subtitle file. */ file?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigSubtitlesOverwriteParamsFile; /** * @remarks * The caption file format. * * @example * vtt */ format?: string; static names(): { [key: string]: string } { return { charEnc: 'CharEnc', file: 'File', format: 'Format', }; } static types(): { [key: string]: any } { return { charEnc: 'string', file: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigSubtitlesOverwriteParamsFile, format: 'string', }; } validate() { if(this.file && typeof (this.file as any).validate === 'function') { (this.file as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigSubtitles extends $dara.Model { /** * @remarks * The overwrite parameters. If specified, these parameters overwrite the corresponding parameters in the template. */ overwriteParams?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigSubtitlesOverwriteParams; /** * @remarks * The template ID. * * @example * 9547c6ad97cb4f2aaa29683ebd18d410 */ templateId?: string; static names(): { [key: string]: string } { return { overwriteParams: 'OverwriteParams', templateId: 'TemplateId', }; } static types(): { [key: string]: any } { return { overwriteParams: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigSubtitlesOverwriteParams, templateId: 'string', }; } validate() { if(this.overwriteParams && typeof (this.overwriteParams as any).validate === 'function') { (this.overwriteParams as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTextWatermarksOverwriteParams extends $dara.Model { /** * @remarks * Adjusts the font size based on the size of the output video. * * - Valid values: true, false * * - default: false * * @example * false */ adaptive?: string; /** * @remarks * The outline color. * Default: Black * For more values, see BorderColor. * * @example * #006400 */ borderColor?: string; /** * @remarks * The width of the border. * * - Default: 0 * * - Range: (0, 4096] * * @example * 0 */ borderWidth?: number; /** * @remarks * The watermark text. The string must be UTF-8 encoded. Base64 encoding is not required. * * @example * 测试水印 */ content?: string; /** * @remarks * The transparency of the font. * * - Range: (0, 1]. * * - Default: 1.0. * * @example * 1.0 */ fontAlpha?: string; /** * @remarks * The font color. * * @example * #006400 */ fontColor?: string; /** * @remarks * The font. Default: SimSun. * * @example * SimSun */ fontName?: string; /** * @remarks * The font size. * * - Default value: 16 * * - Range: (4, 120) * * @example * 16 */ fontSize?: number; /** * @remarks * The left margin of the text. * * - Default: 0 * * - Range: [0,4096] * * @example * 10 */ left?: string; /** * @remarks * The top margin of the text. * * - Default: 0. * * - Range: [0,4096]. * * @example * 10 */ top?: string; static names(): { [key: string]: string } { return { adaptive: 'Adaptive', borderColor: 'BorderColor', borderWidth: 'BorderWidth', content: 'Content', fontAlpha: 'FontAlpha', fontColor: 'FontColor', fontName: 'FontName', fontSize: 'FontSize', left: 'Left', top: 'Top', }; } static types(): { [key: string]: any } { return { adaptive: 'string', borderColor: 'string', borderWidth: 'number', content: 'string', fontAlpha: 'string', fontColor: 'string', fontName: 'string', fontSize: 'number', left: 'string', top: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTextWatermarks extends $dara.Model { /** * @remarks * The overwrite parameters. If specified, these parameters overwrite the corresponding parameters in the template. */ overwriteParams?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTextWatermarksOverwriteParams; /** * @remarks * The template ID. * * @example * 9547c6ad97cb4f2aaa29683ebd18d410 */ templateId?: string; static names(): { [key: string]: string } { return { overwriteParams: 'OverwriteParams', templateId: 'TemplateId', }; } static types(): { [key: string]: any } { return { overwriteParams: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTextWatermarksOverwriteParams, templateId: 'string', }; } validate() { if(this.overwriteParams && typeof (this.overwriteParams as any).validate === 'function') { (this.overwriteParams as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsAudioVolume extends $dara.Model { /** * @remarks * The target volume. * * @example * -6 */ integratedLoudnessTarget?: string; /** * @remarks * The loudness range. * * @example * 8 */ loudnessRangeTarget?: string; /** * @remarks * The volume adjustment method. * * @example * auto */ method?: string; /** * @remarks * The true peak. * * @example * -1 */ truePeak?: string; static names(): { [key: string]: string } { return { integratedLoudnessTarget: 'IntegratedLoudnessTarget', loudnessRangeTarget: 'LoudnessRangeTarget', method: 'Method', truePeak: 'TruePeak', }; } static types(): { [key: string]: any } { return { integratedLoudnessTarget: 'string', loudnessRangeTarget: 'string', method: 'string', truePeak: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsAudio extends $dara.Model { /** * @remarks * The audio bitrate of the output file. * * - Value range: [8, 1000] * * - Unit: Kbps * * - Default value: 128 * * @example * 128 */ bitrate?: string; /** * @remarks * The number of sound channels. * Default value: 2. * * @example * 2 */ channels?: string; /** * @remarks * The audio codec format. Valid values are AAC, MP3, VORBIS, and FLAC. * Default value: AAC * * @example * AAC */ codec?: string; /** * @remarks * The audio encoding preset. * When Codec is set to AAC, valid values are aac_low, aac_he, aac_he_v2, aac_ld, and aac_eld. * * @example * aac_low */ profile?: string; /** * @remarks * Specifies whether to remove the audio stream. * * @example * false */ remove?: string; /** * @remarks * The sample rate. * * - Default value: 44100. Valid values: 22050, 32000, 44100, 48000, and 96000. * * - Unit: Hz * * @example * 44100 */ samplerate?: string; /** * @remarks * The volume control settings. */ volume?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsAudioVolume; static names(): { [key: string]: string } { return { bitrate: 'Bitrate', channels: 'Channels', codec: 'Codec', profile: 'Profile', remove: 'Remove', samplerate: 'Samplerate', volume: 'Volume', }; } static types(): { [key: string]: any } { return { bitrate: 'string', channels: 'string', codec: 'string', profile: 'string', remove: 'string', samplerate: 'string', volume: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsAudioVolume, }; } validate() { if(this.volume && typeof (this.volume as any).validate === 'function') { (this.volume as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsContainer extends $dara.Model { /** * @remarks * The container format. * * @example * mp4 */ format?: string; static names(): { [key: string]: string } { return { format: 'Format', }; } static types(): { [key: string]: any } { return { format: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsMuxConfigSegment extends $dara.Model { /** * @remarks * The segment length. * * @example * 10 */ duration?: string; /** * @remarks * The time points for forced segmentation. * * @example * 2,3 */ forceSegTime?: string; static names(): { [key: string]: string } { return { duration: 'Duration', forceSegTime: 'ForceSegTime', }; } static types(): { [key: string]: any } { return { duration: 'string', forceSegTime: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsMuxConfig extends $dara.Model { /** * @remarks * Segment settings. */ segment?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsMuxConfigSegment; static names(): { [key: string]: string } { return { segment: 'Segment', }; } static types(): { [key: string]: any } { return { segment: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsMuxConfigSegment, }; } validate() { if(this.segment && typeof (this.segment as any).validate === 'function') { (this.segment as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsTransConfig extends $dara.Model { /** * @remarks * The method to adjust the resolution. This setting takes effect only when both Width and Height are specified. It can be used with LongShortMode. * * Valid values: rescale, crop, pad, and none. * * Default value: none. * * @example * none */ adjDarMethod?: string; /** * @remarks * Specifies whether to check the audio bitrate. You can set either this parameter or IsCheckAudioBitrateFail. IsCheckAudioBitrateFail takes precedence. * * - true: Checks the audio bitrate. If the input audio bitrate is lower than the configured output bitrate, the service uses the input audio bitrate for transcoding. * * - false: Does not check the audio bitrate. * * Default value: * * - false: If this parameter is empty and the output codec is different from the input codec. * * - true: If this parameter is empty and the output codec is the same as the input codec. * * @example * true */ isCheckAudioBitrate?: string; /** * @remarks * Specifies whether to check the audio bitrate. You can set either IsCheckAudioBitrate or IsCheckAudioBitrateFail. This parameter has a higher priority. * * - true: The transcoding job fails if the input audio bitrate is lower than the output bitrate setting. * * - false: The audio bitrate is not checked. * * Default value: false. * * @example * true */ isCheckAudioBitrateFail?: string; /** * @remarks * Specifies whether to check the video resolution. The IsCheckReso and IsCheckResoFail parameters are mutually exclusive. IsCheckResoFail takes precedence. * * - true: Enables the resolution check. If the resolution (width or height) of the input video is lower than the output resolution, the transcoding job uses the input resolution. * * - false: Disables the resolution check. * * Default value: false. * * @example * true */ isCheckReso?: string; /** * @remarks * Specifies whether to check the video resolution. You can use either IsCheckReso or IsCheckResoFail, but not both. This parameter has a higher priority. * * - true: Checks the resolution. The transcoding job fails if the width or height of the input video is smaller than the output resolution. * * - false: Does not check the resolution. * * Default value: false. * * @example * true */ isCheckResoFail?: string; /** * @remarks * Specifies whether to check the video bitrate. You can set either IsCheckVideoBitrate or IsCheckVideoBitrateFail. IsCheckVideoBitrateFail has a higher priority. * * - true: Checks the bitrate. If the input video bitrate is lower than the output bitrate, the video is transcoded at the input bitrate. * * - false: Does not check the bitrate. * * Default value: false. * * @example * true */ isCheckVideoBitrate?: string; /** * @remarks * Specifies whether to check the video bitrate. This parameter and IsCheckVideoBitrate are mutually exclusive. IsCheckVideoBitrateFail has a higher priority. * * - true: Enables the check. The transcoding job fails if the input video bitrate is lower than the output bitrate setting. * * - false: Disables the check. * * Default value: false. * * @example * true */ isCheckVideoBitrateFail?: string; /** * @remarks * The video transcoding mode. Valid values: * * - onepass: Typically used for ABR. The encoding speed is faster than twopass. * * - twopass: Typically used for VBR. The encoding speed is slower than onepass. * * - CBR: Constant Bitrate mode. * * Default value: onepass. * * @example * onepass */ transMode?: string; static names(): { [key: string]: string } { return { adjDarMethod: 'AdjDarMethod', isCheckAudioBitrate: 'IsCheckAudioBitrate', isCheckAudioBitrateFail: 'IsCheckAudioBitrateFail', isCheckReso: 'IsCheckReso', isCheckResoFail: 'IsCheckResoFail', isCheckVideoBitrate: 'IsCheckVideoBitrate', isCheckVideoBitrateFail: 'IsCheckVideoBitrateFail', transMode: 'TransMode', }; } static types(): { [key: string]: any } { return { adjDarMethod: 'string', isCheckAudioBitrate: 'string', isCheckAudioBitrateFail: 'string', isCheckReso: 'string', isCheckResoFail: 'string', isCheckVideoBitrate: 'string', isCheckVideoBitrateFail: 'string', transMode: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsVideo extends $dara.Model { /** * @remarks * The maximum bitrate for adaptive bitrate (ABR) streaming. This parameter is valid only for Narrowband HD 1.0. * * - Value range: [10, 50000] * * - Unit: Kbps * * @example * 6000 */ abrMax?: string; /** * @remarks * The average video bitrate. * * - Value range: [10, 50000]. * * - Unit: Kbps. * * @example * 3000 */ bitrate?: string; /** * @remarks * The buffer size. * * - Value range: [1000, 128000] * * - Default value: 6000 * * - Unit: Kb * * @example * 6000 */ bufsize?: string; /** * @remarks * The encoding format. * * @example * H.264 */ codec?: string; /** * @remarks * The Constant Rate Factor (CRF). * * - The value can be from 0 to 51. * * - The default value is 23 for H264 encoding and 26 for H265 encoding. * * If Crf is set, the Bitrate setting is ignored. * * @example * 23 */ crf?: string; /** * @remarks * Crops the video frame. * Two methods are available. * * - To automatically detect and crop black bars, set the parameter to "border". * * - To specify a custom crop area, use the width:height:left:top format. * Example: 1280:800:0:140 * * @example * 1280:800:0:140 */ crop?: string; /** * @remarks * The frame rate. * * - Valid values: (0, 60]. * * - If the input file has a frame rate greater than 60, the frame rate is capped at 60. * * - Default: The frame rate of the input file. * * @example * 25 */ fps?: string; /** * @remarks * The maximum number of frames between two keyframes. * * - The value must be in the range of [1, 1080000]. * * - The default value is 250. * * @example * 250 */ gop?: string; /** * @remarks * The height of the video. * * - Valid values: [128, 4096]. * * - Unit: px. * * - Default value: The original height of the video. * * @example * 1080 */ height?: string; /** * @remarks * Specifies whether to enable automatic rotation for landscape and portrait orientations (long and short edge pattern). * * @example * false */ longShortMode?: string; /** * @remarks * The peak video bitrate. * * - Value range: [10, 50000] * * - Unit: Kbps * * @example * 9000 */ maxrate?: string; /** * @remarks * Adds black bars to the video. * * - Format: width:height:left:top * * - Example: 1280:800:0:140 * * @example * 1280:800:0:140 */ pad?: string; /** * @remarks * The pixel format of the video. Valid values include standard formats such as yuv420p and yuvj420p. * * @example * yuv420p */ pixFmt?: string; /** * @remarks * The video algorithm preset. This parameter is supported only for H.264. Supported values are veryfast, fast, medium, slow, and slower. The default value is medium. * * @example * medium */ preset?: string; /** * @remarks * The encoding profile. * Supported values are baseline, main, and high. * * - baseline: For mobile devices. * * - main: For standard-resolution devices. * * - high: For high-resolution devices. * * Default value: high. * * @example * Main */ profile?: string; /** * @remarks * Specifies whether to remove the video. * * @example * false */ remove?: string; /** * @remarks * The scan mode. Valid values are interlaced and progressive. * * @example * progressive */ scanMode?: string; /** * @remarks * The width of the output video. * * - Valid values: 128 to 4096. * * - Unit: px. * * - Default value: The original width of the video. * * @example * 1920 */ width?: string; static names(): { [key: string]: string } { return { abrMax: 'AbrMax', bitrate: 'Bitrate', bufsize: 'Bufsize', codec: 'Codec', crf: 'Crf', crop: 'Crop', fps: 'Fps', gop: 'Gop', height: 'Height', longShortMode: 'LongShortMode', maxrate: 'Maxrate', pad: 'Pad', pixFmt: 'PixFmt', preset: 'Preset', profile: 'Profile', remove: 'Remove', scanMode: 'ScanMode', width: 'Width', }; } static types(): { [key: string]: any } { return { abrMax: 'string', bitrate: 'string', bufsize: 'string', codec: 'string', crf: 'string', crop: 'string', fps: 'string', gop: 'string', height: 'string', longShortMode: 'string', maxrate: 'string', pad: 'string', pixFmt: 'string', preset: 'string', profile: 'string', remove: 'string', scanMode: 'string', width: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParams extends $dara.Model { /** * @remarks * Audio settings. */ audio?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsAudio; /** * @remarks * The container format settings. */ container?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsContainer; /** * @remarks * The encapsulation settings. */ muxConfig?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsMuxConfig; /** * @remarks * The conditional transcoding parameters. */ transConfig?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsTransConfig; /** * @remarks * Video settings */ video?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsVideo; static names(): { [key: string]: string } { return { audio: 'Audio', container: 'Container', muxConfig: 'MuxConfig', transConfig: 'TransConfig', video: 'Video', }; } static types(): { [key: string]: any } { return { audio: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsAudio, container: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsContainer, muxConfig: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsMuxConfig, transConfig: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsTransConfig, video: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParamsVideo, }; } validate() { if(this.audio && typeof (this.audio as any).validate === 'function') { (this.audio as any).validate(); } if(this.container && typeof (this.container as any).validate === 'function') { (this.container as any).validate(); } if(this.muxConfig && typeof (this.muxConfig as any).validate === 'function') { (this.muxConfig as any).validate(); } if(this.transConfig && typeof (this.transConfig as any).validate === 'function') { (this.transConfig as any).validate(); } if(this.video && typeof (this.video as any).validate === 'function') { (this.video as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscode extends $dara.Model { /** * @remarks * The overwrite parameters. If specified, these parameters overwrite the corresponding parameters in the template. */ overwriteParams?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParams; /** * @remarks * The template ID. * * @example * 9547c6ad97cb4f2aaa29683ebd18d410 */ templateId?: string; static names(): { [key: string]: string } { return { overwriteParams: 'OverwriteParams', templateId: 'TemplateId', }; } static types(): { [key: string]: any } { return { overwriteParams: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscodeOverwriteParams, templateId: 'string', }; } validate() { if(this.overwriteParams && typeof (this.overwriteParams as any).validate === 'function') { (this.overwriteParams as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfig extends $dara.Model { /** * @remarks * The settings for combining multiple input streams. */ combineConfigs?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigCombineConfigs[]; /** * @remarks * The encryption configuration. */ encryption?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigEncryption; /** * @remarks * The image watermark settings. */ imageWatermarks?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarks[]; /** * @remarks * The caption burn-in configuration. */ subtitles?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigSubtitles[]; /** * @remarks * The text watermark configurations. */ textWatermarks?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTextWatermarks[]; /** * @remarks * The transcoding configuration. */ transcode?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscode; static names(): { [key: string]: string } { return { combineConfigs: 'CombineConfigs', encryption: 'Encryption', imageWatermarks: 'ImageWatermarks', subtitles: 'Subtitles', textWatermarks: 'TextWatermarks', transcode: 'Transcode', }; } static types(): { [key: string]: any } { return { combineConfigs: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigCombineConfigs }, encryption: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigEncryption, imageWatermarks: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigImageWatermarks }, subtitles: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigSubtitles }, textWatermarks: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTextWatermarks }, transcode: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfigTranscode, }; } validate() { if(Array.isArray(this.combineConfigs)) { $dara.Model.validateArray(this.combineConfigs); } if(this.encryption && typeof (this.encryption as any).validate === 'function') { (this.encryption as any).validate(); } if(Array.isArray(this.imageWatermarks)) { $dara.Model.validateArray(this.imageWatermarks); } if(Array.isArray(this.subtitles)) { $dara.Model.validateArray(this.subtitles); } if(Array.isArray(this.textWatermarks)) { $dara.Model.validateArray(this.textWatermarks); } if(this.transcode && typeof (this.transcode as any).validate === 'function') { (this.transcode as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroup extends $dara.Model { /** * @remarks * The output media configuration. */ output?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupOutput; /** * @remarks * The job processing configuration. */ processConfig?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfig; static names(): { [key: string]: string } { return { output: 'Output', processConfig: 'ProcessConfig', }; } static types(): { [key: string]: any } { return { output: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupOutput, processConfig: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroupProcessConfig, }; } validate() { if(this.output && typeof (this.output as any).validate === 'function') { (this.output as any).validate(); } if(this.processConfig && typeof (this.processConfig as any).validate === 'function') { (this.processConfig as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobScheduleConfig extends $dara.Model { /** * @remarks * The pipeline ID. * * @example * e37ebee5d98b4781897f6086e89f9c56 */ pipelineId?: string; /** * @remarks * The priority of the job. A larger value indicates a higher priority. The value can be an integer from 1 to 10. * * @example * 5 */ priority?: number; static names(): { [key: string]: string } { return { pipelineId: 'PipelineId', priority: 'Priority', }; } static types(): { [key: string]: any } { return { pipelineId: 'string', priority: 'number', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListInputGroup extends $dara.Model { /** * @remarks * The input stream path: * * - This parameter takes effect only when Type is Media. It lets you select a specific file from the media asset as the input. * * - The system checks whether the input URL exists in the media asset. * * @example * oss://bucket/path/to/video.mp4 */ inputUrl?: string; /** * @remarks * The media value: * * - If Type is OSS, this is a URL that supports the OSS or HTTP protocol. * * - If Type is Media, this is a media asset ID. * * @example * oss://bucket/path/to/video.mp4 */ media?: string; /** * @remarks * The media object type. Valid values: * * - OSS: An OSS file. * * - Media: A media asset ID. * * @example * OSS */ type?: string; static names(): { [key: string]: string } { return { inputUrl: 'InputUrl', media: 'Media', type: 'Type', }; } static types(): { [key: string]: any } { return { inputUrl: 'string', media: 'string', type: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMetaAudioStreamInfoList extends $dara.Model { /** * @remarks * The bitrate. * * @example * 0.f */ bitrate?: string; /** * @remarks * The channel layout. * * @example * stereo */ channelLayout?: string; /** * @remarks * The number of sound channels. * * @example * 2 */ channels?: string; /** * @remarks * The name of the encoding format. * * @example * AAC (Advanced Audio Coding) */ codecLongName?: string; /** * @remarks * The encoding format. * * @example * aac */ codecName?: string; /** * @remarks * The encoder tag. * * @example * 0x000f */ codecTag?: string; /** * @remarks * The encoder tag name. * * @example * [15][0][0][0] */ codecTagString?: string; /** * @remarks * The time base of the encoder. * * @example * 1/44100 */ codecTimeBase?: string; /** * @remarks * The duration in seconds. * * @example * 403.039989 */ duration?: string; /** * @remarks * The index of the stream. * * @example * 1 */ index?: string; /** * @remarks * The language. * * @example * cn */ lang?: string; /** * @remarks * The sampling format. * * @example * fltp */ sampleFmt?: string; /** * @remarks * The sample rate in Hz. * * @example * 44100 */ sampleRate?: string; /** * @remarks * The start time. * * @example * 1.473556 */ startTime?: string; /** * @remarks * The time base. * * @example * 1/90000 */ timebase?: string; static names(): { [key: string]: string } { return { bitrate: 'Bitrate', channelLayout: 'ChannelLayout', channels: 'Channels', codecLongName: 'CodecLongName', codecName: 'CodecName', codecTag: 'CodecTag', codecTagString: 'CodecTagString', codecTimeBase: 'CodecTimeBase', duration: 'Duration', index: 'Index', lang: 'Lang', sampleFmt: 'SampleFmt', sampleRate: 'SampleRate', startTime: 'StartTime', timebase: 'Timebase', }; } static types(): { [key: string]: any } { return { bitrate: 'string', channelLayout: 'string', channels: 'string', codecLongName: 'string', codecName: 'string', codecTag: 'string', codecTagString: 'string', codecTimeBase: 'string', duration: 'string', index: 'string', lang: 'string', sampleFmt: 'string', sampleRate: 'string', startTime: 'string', timebase: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMetaFileBasicInfo extends $dara.Model { /** * @remarks * The video bitrate. * * @example * 888.563 */ bitrate?: string; /** * @remarks * The duration of the video in seconds. * * @example * 403.039999 */ duration?: string; /** * @remarks * The name of the file. * * @example * file.m3u8 */ fileName?: string; /** * @remarks * The size of the file in bytes. * * @example * 31737 */ fileSize?: string; /** * @remarks * The status of the file. * * @example * Normal */ fileStatus?: string; /** * @remarks * The file type. Valid values: source_file and transcode_file. * * @example * source_file */ fileType?: string; /** * @remarks * The URL of the file. * * @example * http://bucket.oss-cn-shanghai.aliyuncs.com/path/to/file.m3u8 */ fileUrl?: string; /** * @remarks * The name of the video format. * * @example * hls,applehttp */ formatName?: string; /** * @remarks * The height. * * @example * 478 */ height?: string; /** * @remarks * The media asset ID. * * @example * 73e07de0f77171eca3fc7035d0b26402 */ mediaId?: string; /** * @remarks * The region where the file is located. * * @example * cn-shanghai */ region?: string; /** * @remarks * The width of the output file. * * @example * 848 */ width?: string; static names(): { [key: string]: string } { return { bitrate: 'Bitrate', duration: 'Duration', fileName: 'FileName', fileSize: 'FileSize', fileStatus: 'FileStatus', fileType: 'FileType', fileUrl: 'FileUrl', formatName: 'FormatName', height: 'Height', mediaId: 'MediaId', region: 'Region', width: 'Width', }; } static types(): { [key: string]: any } { return { bitrate: 'string', duration: 'string', fileName: 'string', fileSize: 'string', fileStatus: 'string', fileType: 'string', fileUrl: 'string', formatName: 'string', height: 'string', mediaId: 'string', region: 'string', width: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMetaVideoStreamInfoList extends $dara.Model { /** * @remarks * The average frame rate. * * @example * 25.0 */ avgFps?: string; /** * @remarks * The bitrate. * * @example * 888.563 */ bitRate?: string; /** * @remarks * The name of the encoding format. * * @example * H.264 / AVC / MPEG-4 AVC / MPEG-4 part 10 */ codecLongName?: string; /** * @remarks * The encoding format. * * @example * h264 */ codecName?: string; /** * @remarks * The encoding format tag. * * @example * 0x001b */ codecTag?: string; /** * @remarks * The text of the encoding format tag. * * @example * [27][0][0][0] */ codecTagString?: string; /** * @remarks * The codec time base. * * @example * 1/50 */ codecTimeBase?: string; /** * @remarks * The display aspect ratio. * * @example * 16:9 */ dar?: string; /** * @remarks * The duration in seconds. * * @example * 403.039989 */ duration?: string; /** * @remarks * The frame rate. * * @example * 25.0 */ fps?: string; /** * @remarks * Indicates whether B-frames exist. * Valid values: * * - 0: No B-frames. * * - 1: One B-frame. * * - 2: Multiple consecutive B-frames. * * @example * 2 */ hasBFrames?: string; /** * @remarks * The height of the output video stream. * * @example * 478 */ height?: string; /** * @remarks * The index of the stream. * * @example * 0 */ index?: string; /** * @remarks * The language. * * @example * cn */ lang?: string; /** * @remarks * The encoding level. * * @example * 31 */ level?: string; /** * @remarks * The total number of frames. * * @example * 10040 */ numFrames?: string; /** * @remarks * The color storage format. * * @example * yuv420p */ pixFmt?: string; /** * @remarks * The encoder preset. * * @example * High */ profile?: string; /** * @remarks * The rotation angle of the video. Valid values: 0, 90, 180, and 270. The default value is 0. * * @example * 0 */ rotate?: string; /** * @remarks * The sample aspect ratio. * * @example * 478:477 */ sar?: string; /** * @remarks * The start time. * * @example * 1.473556 */ startTime?: string; /** * @remarks * The time base. * * @example * 1/90000 */ timeBase?: string; /** * @remarks * The video width. * * @example * 848 */ width?: string; static names(): { [key: string]: string } { return { avgFps: 'Avg_fps', bitRate: 'Bit_rate', codecLongName: 'Codec_long_name', codecName: 'Codec_name', codecTag: 'Codec_tag', codecTagString: 'Codec_tag_string', codecTimeBase: 'Codec_time_base', dar: 'Dar', duration: 'Duration', fps: 'Fps', hasBFrames: 'Has_b_frames', height: 'Height', index: 'Index', lang: 'Lang', level: 'Level', numFrames: 'NumFrames', pixFmt: 'PixFmt', profile: 'Profile', rotate: 'Rotate', sar: 'Sar', startTime: 'Start_time', timeBase: 'Time_base', width: 'Width', }; } static types(): { [key: string]: any } { return { avgFps: 'string', bitRate: 'string', codecLongName: 'string', codecName: 'string', codecTag: 'string', codecTagString: 'string', codecTimeBase: 'string', dar: 'string', duration: 'string', fps: 'string', hasBFrames: 'string', height: 'string', index: 'string', lang: 'string', level: 'string', numFrames: 'string', pixFmt: 'string', profile: 'string', rotate: 'string', sar: 'string', startTime: 'string', timeBase: 'string', width: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMeta extends $dara.Model { /** * @remarks * The audio stream information. */ audioStreamInfoList?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMetaAudioStreamInfoList[]; /** * @remarks * Basic file information. */ fileBasicInfo?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMetaFileBasicInfo; /** * @remarks * The video stream information. */ videoStreamInfoList?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMetaVideoStreamInfoList[]; static names(): { [key: string]: string } { return { audioStreamInfoList: 'AudioStreamInfoList', fileBasicInfo: 'FileBasicInfo', videoStreamInfoList: 'VideoStreamInfoList', }; } static types(): { [key: string]: any } { return { audioStreamInfoList: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMetaAudioStreamInfoList }, fileBasicInfo: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMetaFileBasicInfo, videoStreamInfoList: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMetaVideoStreamInfoList }, }; } validate() { if(Array.isArray(this.audioStreamInfoList)) { $dara.Model.validateArray(this.audioStreamInfoList); } if(this.fileBasicInfo && typeof (this.fileBasicInfo as any).validate === 'function') { (this.fileBasicInfo as any).validate(); } if(Array.isArray(this.videoStreamInfoList)) { $dara.Model.validateArray(this.videoStreamInfoList); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutput extends $dara.Model { /** * @remarks * The value of the media asset: * * - If type is OSS, the value is a URL. The OSS and HTTP protocols are supported. * * - If type is Media, the value is the media asset ID. * * @example * oss://bucket/path/to/video.mp4 */ media?: string; /** * @remarks * The path of the output stream.
* This parameter is valid only when \\`Type\\` is set to \\`Media\\`. It lets you select a specific file from the media asset for output.
* The following placeholders are supported:

* * - {MediaId}: The ID of the media asset. * * - {JobId}: The ID of the transcoding subtask. * * - {MediaBucket}: The bucket where the media asset is stored. * * - {ExtName}: The file extension. The value is the output format specified in the transcoding template. * * - {DestMd5}: The MD5 hash of the output file.
* Note:
* * 1. This parameter must contain the {MediaId} and {JobId} placeholders. * * 2. The output bucket is the same as the bucket where the media asset is stored. * * @example * oss://bucket/path/to/{MediaId}/{JobId}.mp4 */ outputUrl?: string; /** * @remarks * The media object type. * Valid values: * * - OSS: An OSS file. * * - Media: A media asset ID. * * @example * OSS */ type?: string; static names(): { [key: string]: string } { return { media: 'Media', outputUrl: 'OutputUrl', type: 'Type', }; } static types(): { [key: string]: any } { return { media: 'string', outputUrl: 'string', type: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigCombineConfigs extends $dara.Model { /** * @remarks * The index of the audio stream. * * This parameter is required. * * @example * 0 或 exclude */ audioIndex?: string; /** * @remarks * The duration of the input stream. The default value is the duration of the video. * * @example * 20.0 */ duration?: number; /** * @remarks * The start time of the input stream. The default value is 0. * * @example * 0.0 */ start?: number; /** * @remarks * The index of the video stream. * * This parameter is required. * * @example * 0 或 exclude */ videoIndex?: string; static names(): { [key: string]: string } { return { audioIndex: 'AudioIndex', duration: 'Duration', start: 'Start', videoIndex: 'VideoIndex', }; } static types(): { [key: string]: any } { return { audioIndex: 'string', duration: 'number', start: 'number', videoIndex: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigEncryption extends $dara.Model { /** * @remarks * The ciphertext of the key for standard encryption. * * @example * MTYi00NDU0LTg5O**** */ cipherText?: string; /** * @remarks * The decryption service endpoint for standard encryption. * * @example * https://sample.com/path?CipherText=MTYi00NDU0LTg5O**** */ decryptKeyUri?: string; /** * @remarks * The encryption type. * * @example * PrivateEncryption */ encryptType?: string; /** * @remarks * The type of the key service. Only KMS and Base64 are supported. * * @example * KMS */ keyServiceType?: string; static names(): { [key: string]: string } { return { cipherText: 'CipherText', decryptKeyUri: 'DecryptKeyUri', encryptType: 'EncryptType', keyServiceType: 'KeyServiceType', }; } static types(): { [key: string]: any } { return { cipherText: 'string', decryptKeyUri: 'string', encryptType: 'string', keyServiceType: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarksOverwriteParamsFile extends $dara.Model { /** * @remarks * The media value: * * - If Type is OSS, this is a URL that supports the OSS or HTTP protocol. * * - If Type is Media, this is a media asset ID. * * @example * oss://bucket/path/to/video.mp4 */ media?: string; /** * @remarks * The media object type. Valid values: * * - OSS: An OSS file. * * - Media: A media asset ID. * * @example * OSS */ type?: string; static names(): { [key: string]: string } { return { media: 'Media', type: 'Type', }; } static types(): { [key: string]: any } { return { media: 'string', type: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarksOverwriteParamsTimeline extends $dara.Model { /** * @remarks * The duration of the watermark. * * - Valid values: [number, ToEND] * * - Default value: ToEND * * @example * ToEND */ duration?: string; /** * @remarks * The start time of the watermark. * * - Unit: seconds * * - Valid values: numbers * * - Default value: 0 * * @example * 00:00:05 */ start?: string; static names(): { [key: string]: string } { return { duration: 'Duration', start: 'Start', }; } static types(): { [key: string]: any } { return { duration: 'string', start: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarksOverwriteParams extends $dara.Model { /** * @remarks * The horizontal offset of the image watermark relative to the output video. Default value: 0. * * Values can be one of the following: * * - Integer: The offset in pixels. * * - Valid values: [8, 4096] * * - Unit: px * * - Decimal: The ratio of the horizontal offset to the output video width. * * - Valid values: (0, 1) * * - Up to four decimal places are supported, such as 0.9999. Extra digits are automatically discarded. * * @example * 10 */ dx?: string; /** * @remarks * The vertical offset of the image watermark relative to the output video. Default value: 0. * * Values can be one of the following: * * - Integer: The offset in pixels. * * - Valid values: [8, 4096] * * - Unit: px * * - Decimal: The ratio of the vertical offset to the output video height. * * - Valid values: (0, 1) * * - Up to four decimal places are supported, such as 0.9999. Extra digits are automatically discarded. * * @example * 10 */ dy?: string; /** * @remarks * The watermark image file. */ file?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarksOverwriteParamsFile; /** * @remarks * The height of the image watermark on the output video. Values can be one of the following: * * - Integer: The pixel height of the watermark image. * * - Valid values: [8, 4096] * * - Unit: px * * - Decimal: The ratio of the watermark height to the output video height. * * - Valid values: (0, 1) * * - Up to four decimal places are supported, such as 0.9999. Extra digits are automatically discarded. * * @example * 32 */ height?: string; /** * @remarks * The position of the watermark. * * - Valid values: TopRight (top-right), TopLeft (top-left), BottomRight (bottom-right), and BottomLeft (bottom-left). * * - Default value: TopRight. * * @example * TopLeft */ referPos?: string; /** * @remarks * The display time settings for a dynamic watermark. */ timeline?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarksOverwriteParamsTimeline; /** * @remarks * The width of the image watermark on the output video. Values can be one of the following: * * - Integer: The pixel width of the watermark image. * * - Valid values: [8, 4096] * * - Unit: px * * - Decimal: The ratio of the watermark width to the output video width. * * - Valid values: (0, 1) * * - Up to four decimal places are supported, such as 0.9999. Extra digits are automatically discarded. * * @example * 32 */ width?: string; static names(): { [key: string]: string } { return { dx: 'Dx', dy: 'Dy', file: 'File', height: 'Height', referPos: 'ReferPos', timeline: 'Timeline', width: 'Width', }; } static types(): { [key: string]: any } { return { dx: 'string', dy: 'string', file: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarksOverwriteParamsFile, height: 'string', referPos: 'string', timeline: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarksOverwriteParamsTimeline, width: 'string', }; } validate() { if(this.file && typeof (this.file as any).validate === 'function') { (this.file as any).validate(); } if(this.timeline && typeof (this.timeline as any).validate === 'function') { (this.timeline as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarks extends $dara.Model { /** * @remarks * Parameters to overwrite. If you specify these, they replace the corresponding parameters in the template. */ overwriteParams?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarksOverwriteParams; /** * @remarks * The template ID. * * @example * 9547c6ad97cb4f2aaa29683ebd18d410 */ templateId?: string; static names(): { [key: string]: string } { return { overwriteParams: 'OverwriteParams', templateId: 'TemplateId', }; } static types(): { [key: string]: any } { return { overwriteParams: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarksOverwriteParams, templateId: 'string', }; } validate() { if(this.overwriteParams && typeof (this.overwriteParams as any).validate === 'function') { (this.overwriteParams as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigSubtitlesOverwriteParamsFile extends $dara.Model { /** * @remarks * The value of Media: * * - If type is OSS, the value is a URL. The URL supports the OSS and HTTP protocols. * * - If type is Media, the value is the media asset ID. * * @example * oss://bucket/path/to/video.mp4 */ media?: string; /** * @remarks * The type of the media object. * Valid values: * * - OSS: An OSS file. * * - Media: The ID of a media asset. * * @example * OSS */ type?: string; static names(): { [key: string]: string } { return { media: 'Media', type: 'Type', }; } static types(): { [key: string]: any } { return { media: 'string', type: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigSubtitlesOverwriteParams extends $dara.Model { /** * @remarks * The encoding format of the file. * * @example * UTF-8 */ charEnc?: string; /** * @remarks * The subtitle file. */ file?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigSubtitlesOverwriteParamsFile; /** * @remarks * The file format of the caption. * * @example * vtt */ format?: string; static names(): { [key: string]: string } { return { charEnc: 'CharEnc', file: 'File', format: 'Format', }; } static types(): { [key: string]: any } { return { charEnc: 'string', file: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigSubtitlesOverwriteParamsFile, format: 'string', }; } validate() { if(this.file && typeof (this.file as any).validate === 'function') { (this.file as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigSubtitles extends $dara.Model { /** * @remarks * Parameters to overwrite. If you specify these, they replace the corresponding parameters in the template. */ overwriteParams?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigSubtitlesOverwriteParams; /** * @remarks * The template ID. * * @example * 9547c6ad97cb4f2aaa29683ebd18d410 */ templateId?: string; static names(): { [key: string]: string } { return { overwriteParams: 'OverwriteParams', templateId: 'TemplateId', }; } static types(): { [key: string]: any } { return { overwriteParams: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigSubtitlesOverwriteParams, templateId: 'string', }; } validate() { if(this.overwriteParams && typeof (this.overwriteParams as any).validate === 'function') { (this.overwriteParams as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTextWatermarksOverwriteParams extends $dara.Model { /** * @remarks * Adjusts the font size based on the output video size. The default is false. * * @example * false */ adaptive?: string; /** * @remarks * The outline color. * Default: Black. * For more values, see BorderColor. * * @example * #006400 */ borderColor?: string; /** * @remarks * The outline width. * * - Default: 0 * * - Range: (0,4096] * * @example * 0 */ borderWidth?: number; /** * @remarks * The watermark text. It does not need to be Base64 encoded. The string must be UTF-8 encoded. * * @example * 测试水印 */ content?: string; /** * @remarks * The font transparency. * * - Valid values: (0, 1] * * - Default: 1.0 * * @example * 1.0 */ fontAlpha?: string; /** * @remarks * The color. * * @example * #006400 */ fontColor?: string; /** * @remarks * The font. Default: SimSun. * * @example * SimSun */ fontName?: string; /** * @remarks * The font size. * * - Default value: 16 * * - Valid values: (4, 120) * * @example * 16 */ fontSize?: number; /** * @remarks * The left margin of the text. * * - Default: 0 * * - Valid values: [0, 4096] * * @example * 10 */ left?: string; /** * @remarks * The top margin of the text. * * - Default: 0 * * - Valid values: [0, 4096] * * @example * 10 */ top?: string; static names(): { [key: string]: string } { return { adaptive: 'Adaptive', borderColor: 'BorderColor', borderWidth: 'BorderWidth', content: 'Content', fontAlpha: 'FontAlpha', fontColor: 'FontColor', fontName: 'FontName', fontSize: 'FontSize', left: 'Left', top: 'Top', }; } static types(): { [key: string]: any } { return { adaptive: 'string', borderColor: 'string', borderWidth: 'number', content: 'string', fontAlpha: 'string', fontColor: 'string', fontName: 'string', fontSize: 'number', left: 'string', top: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTextWatermarks extends $dara.Model { /** * @remarks * Parameters to overwrite. If you specify these, they replace the corresponding parameters in the template. */ overwriteParams?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTextWatermarksOverwriteParams; /** * @remarks * The template ID. * * @example * 9547c6ad97cb4f2aaa29683ebd18d410 */ templateId?: string; static names(): { [key: string]: string } { return { overwriteParams: 'OverwriteParams', templateId: 'TemplateId', }; } static types(): { [key: string]: any } { return { overwriteParams: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTextWatermarksOverwriteParams, templateId: 'string', }; } validate() { if(this.overwriteParams && typeof (this.overwriteParams as any).validate === 'function') { (this.overwriteParams as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsAudioVolume extends $dara.Model { /** * @remarks * The target loudness level. * * @example * -6 */ integratedLoudnessTarget?: string; /** * @remarks * The loudness range. * * @example * 8 */ loudnessRangeTarget?: string; /** * @remarks * The volume adjustment method. * * @example * auto */ method?: string; /** * @remarks * The true peak level. * * @example * -1 */ truePeak?: string; static names(): { [key: string]: string } { return { integratedLoudnessTarget: 'IntegratedLoudnessTarget', loudnessRangeTarget: 'LoudnessRangeTarget', method: 'Method', truePeak: 'TruePeak', }; } static types(): { [key: string]: any } { return { integratedLoudnessTarget: 'string', loudnessRangeTarget: 'string', method: 'string', truePeak: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsAudio extends $dara.Model { /** * @remarks * The audio bitrate of the output file. * * - Valid values: [8, 1000] * * - Unit: Kbps * * - Default value: 128 * * @example * 128 */ bitrate?: string; /** * @remarks * The number of sound channels. Default value: 2. * * @example * 2 */ channels?: string; /** * @remarks * The audio codec. Valid values: AAC, MP3, VORBIS, and FLAC. Default value: AAC. * * @example * AAC */ codec?: string; /** * @remarks * The audio encoding profile. When Codec is AAC, valid values are aac_low, aac_he, aac_he_v2, aac_ld, and aac_eld. * * @example * aac_low */ profile?: string; /** * @remarks * Specifies whether to delete the audio stream. * * @example * false */ remove?: string; /** * @remarks * The sample rate. * * - Default value: 44100 * * - Valid values: 22050, 32000, 44100, 48000, and 96000. * * - Unit: Hz * * @example * 44100 */ samplerate?: string; /** * @remarks * The volume control. */ volume?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsAudioVolume; static names(): { [key: string]: string } { return { bitrate: 'Bitrate', channels: 'Channels', codec: 'Codec', profile: 'Profile', remove: 'Remove', samplerate: 'Samplerate', volume: 'Volume', }; } static types(): { [key: string]: any } { return { bitrate: 'string', channels: 'string', codec: 'string', profile: 'string', remove: 'string', samplerate: 'string', volume: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsAudioVolume, }; } validate() { if(this.volume && typeof (this.volume as any).validate === 'function') { (this.volume as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsContainer extends $dara.Model { /** * @remarks * The container format. * * @example * mp4 */ format?: string; static names(): { [key: string]: string } { return { format: 'Format', }; } static types(): { [key: string]: any } { return { format: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsMuxConfigSegment extends $dara.Model { /** * @remarks * The segment duration. * * @example * 10 */ duration?: string; /** * @remarks * The forced segment time points. * * @example * 2,3 */ forceSegTime?: string; static names(): { [key: string]: string } { return { duration: 'Duration', forceSegTime: 'ForceSegTime', }; } static types(): { [key: string]: any } { return { duration: 'string', forceSegTime: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsMuxConfig extends $dara.Model { /** * @remarks * The segment settings. */ segment?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsMuxConfigSegment; static names(): { [key: string]: string } { return { segment: 'Segment', }; } static types(): { [key: string]: any } { return { segment: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsMuxConfigSegment, }; } validate() { if(this.segment && typeof (this.segment as any).validate === 'function') { (this.segment as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsTransConfig extends $dara.Model { /** * @remarks * The method used to adjust the display aspect ratio. This parameter takes effect only when both Width and Height are specified. You can use it with LongShortMode. * * Valid values: rescale, crop, pad, and none. * * Default value: none. * * @example * none */ adjDarMethod?: string; /** * @remarks * Specifies whether to check the audio bitrate. IsCheckAudioBitrate and IsCheckAudioBitrateFail are mutually exclusive. IsCheckAudioBitrateFail has higher priority. * * - true: Check the bitrate. If the input audio bitrate is lower than the output setting, transcode at the input bitrate. * * - false: Do not check the bitrate. * * Default value rules: * * - Empty and the codec differs from the input source: false. * * - Empty and the codec matches the input source: true. * * @example * true */ isCheckAudioBitrate?: string; /** * @remarks * Specifies whether to check the audio bitrate. IsCheckAudioBitrate and IsCheckAudioBitrateFail are mutually exclusive. This parameter has higher priority. * * - true: Check the bitrate. If the input audio bitrate is lower than the output setting, return a failure. * * - false (default): Do not check the bitrate. * * @example * true */ isCheckAudioBitrateFail?: string; /** * @remarks * Specifies whether to check the video resolution. IsCheckReso and IsCheckResoFail are mutually exclusive. IsCheckResoFail has higher priority. * * - true: Check the resolution. If the input video resolution (width or height) is smaller than the output setting, transcode at the input resolution. * * - false (default): Do not check the resolution. * * @example * true */ isCheckReso?: string; /** * @remarks * Specifies whether to check the video resolution. IsCheckReso and IsCheckResoFail are mutually exclusive. This parameter has higher priority. * * - true: Check the resolution. If the input video resolution (width or height) is smaller than the output setting, return a failure. * * - false (default): Do not check the resolution. * * @example * true */ isCheckResoFail?: string; /** * @remarks * Specifies whether to check the video bitrate. IsCheckVideoBitrate and IsCheckVideoBitrateFail are mutually exclusive. IsCheckVideoBitrateFail has higher priority. * * - true: Check the bitrate. If the input video bitrate is lower than the output setting, transcode at the input bitrate. * * - false (default): Do not check the bitrate. * * @example * true */ isCheckVideoBitrate?: string; /** * @remarks * Specifies whether to check the video bitrate. IsCheckVideoBitrate and IsCheckVideoBitrateFail are mutually exclusive. This parameter has higher priority. * * - true: Check the bitrate. If the input video bitrate is lower than the output setting, return a failure. * * - false (default): Do not check the bitrate. * * @example * true */ isCheckVideoBitrateFail?: string; /** * @remarks * The video transcoding mode. Valid values: * * - onepass (default): Used for ABR. Encoding is faster than twopass. * * - twopass: Used for VBR. Encoding is slower than onepass. * * - CBR: Constant bitrate mode. * * @example * onepass */ transMode?: string; static names(): { [key: string]: string } { return { adjDarMethod: 'AdjDarMethod', isCheckAudioBitrate: 'IsCheckAudioBitrate', isCheckAudioBitrateFail: 'IsCheckAudioBitrateFail', isCheckReso: 'IsCheckReso', isCheckResoFail: 'IsCheckResoFail', isCheckVideoBitrate: 'IsCheckVideoBitrate', isCheckVideoBitrateFail: 'IsCheckVideoBitrateFail', transMode: 'TransMode', }; } static types(): { [key: string]: any } { return { adjDarMethod: 'string', isCheckAudioBitrate: 'string', isCheckAudioBitrateFail: 'string', isCheckReso: 'string', isCheckResoFail: 'string', isCheckVideoBitrate: 'string', isCheckVideoBitrateFail: 'string', transMode: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsVideo extends $dara.Model { /** * @remarks * The maximum bitrate for adaptive bitrate streaming (ABR). This applies only to narrow-high 1. Valid values: [10, 50000]. Unit: Kbps. * * @example * 6000 */ abrMax?: string; /** * @remarks * The average video bitrate. * * - Valid values: [10, 50000]. * * - Unit: Kbps. * * @example * 3000 */ bitrate?: string; /** * @remarks * The buffer size. * * - Valid values: [1000, 128000] * * - Default value: 6000 * * - Unit: Kb * * @example * 6000 */ bufsize?: string; /** * @remarks * The encoding format. * * @example * H.264 */ codec?: string; /** * @remarks * The constant rate factor (CRF), which controls the trade-off between quality and bitrate. * * - Valid values: [0, 51]. * * - Default values: 23 for H.264 and 26 for H.265. * * If you set Crf, the Bitrate setting is ignored. * * @example * 23 */ crf?: string; /** * @remarks * The video cropping method. Two options are available. * * - Automatically detect and crop black bars. Set this to border. * * - Custom cropping. Format: width:height:left:top. Example: 1280:800:0:140 * * @example * 1280:800:0:140 */ crop?: string; /** * @remarks * The frame rate. * * - Valid values: (0, 60]. * * - If the frame rate of the input file exceeds 60, the system uses 60. * * - Default value: The frame rate of the input file. * * @example * 25 */ fps?: string; /** * @remarks * The maximum number of frames between keyframes. * * - Valid values: [1, 1080000]. * * - Default value: 250. * * @example * 250 */ gop?: string; /** * @remarks * The height. * * - Valid values: [128, 4096]. * * - Unit: px. * * - Default value: The original video height. * * @example * 1080 */ height?: string; /** * @remarks * Specifies whether to enable automatic rotation for portrait or landscape videos (also known as long-side/short-side mode). * * @example * false */ longShortMode?: string; /** * @remarks * The peak video bitrate. Valid values: [10, 50000]. Unit: Kbps. * * @example * 9000 */ maxrate?: string; /** * @remarks * The padding configuration for black bars. * * - Format: width:height:left:top. * * - Example: 1280:800:0:140 * * @example * 1280:800:0:140 */ pad?: string; /** * @remarks * The video color format. Valid values include yuv420p and yuvj420p. * * @example * yuv420p */ pixFmt?: string; /** * @remarks * The video encoder preset. Only H.264 supports this parameter. Valid values: veryfast, fast, medium, slow, and slower. Default value: medium. * * @example * medium */ preset?: string; /** * @remarks * The encoding profile. Valid values: baseline, main, and high. * * - baseline: For mobile devices. * * - main: For standard-resolution devices. * * - high: For high-resolution devices. * * Default value: high. * * @example * Main */ profile?: string; /** * @remarks * Specifies whether to remove the video. * * @example * false */ remove?: string; /** * @remarks * The scan mode. Valid values: interlaced and progressive. * * @example * progressive */ scanMode?: string; /** * @remarks * The width. * * - Valid values: [128, 4096]. * * - Unit: px. * * - Default value: The original video width. * * @example * 1920 */ width?: string; static names(): { [key: string]: string } { return { abrMax: 'AbrMax', bitrate: 'Bitrate', bufsize: 'Bufsize', codec: 'Codec', crf: 'Crf', crop: 'Crop', fps: 'Fps', gop: 'Gop', height: 'Height', longShortMode: 'LongShortMode', maxrate: 'Maxrate', pad: 'Pad', pixFmt: 'PixFmt', preset: 'Preset', profile: 'Profile', remove: 'Remove', scanMode: 'ScanMode', width: 'Width', }; } static types(): { [key: string]: any } { return { abrMax: 'string', bitrate: 'string', bufsize: 'string', codec: 'string', crf: 'string', crop: 'string', fps: 'string', gop: 'string', height: 'string', longShortMode: 'string', maxrate: 'string', pad: 'string', pixFmt: 'string', preset: 'string', profile: 'string', remove: 'string', scanMode: 'string', width: 'string', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParams extends $dara.Model { /** * @remarks * The audio settings. */ audio?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsAudio; /** * @remarks * The container format settings. */ container?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsContainer; /** * @remarks * The multiplexing settings. */ muxConfig?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsMuxConfig; /** * @remarks * The conditional transcoding parameters. */ transConfig?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsTransConfig; /** * @remarks * The video settings. */ video?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsVideo; static names(): { [key: string]: string } { return { audio: 'Audio', container: 'Container', muxConfig: 'MuxConfig', transConfig: 'TransConfig', video: 'Video', }; } static types(): { [key: string]: any } { return { audio: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsAudio, container: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsContainer, muxConfig: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsMuxConfig, transConfig: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsTransConfig, video: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParamsVideo, }; } validate() { if(this.audio && typeof (this.audio as any).validate === 'function') { (this.audio as any).validate(); } if(this.container && typeof (this.container as any).validate === 'function') { (this.container as any).validate(); } if(this.muxConfig && typeof (this.muxConfig as any).validate === 'function') { (this.muxConfig as any).validate(); } if(this.transConfig && typeof (this.transConfig as any).validate === 'function') { (this.transConfig as any).validate(); } if(this.video && typeof (this.video as any).validate === 'function') { (this.video as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscode extends $dara.Model { /** * @remarks * Parameters to overwrite. If you specify these, they replace the corresponding parameters in the template. */ overwriteParams?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParams; /** * @remarks * The template ID. * * @example * 9547c6ad97cb4f2aaa29683ebd18d410 */ templateId?: string; static names(): { [key: string]: string } { return { overwriteParams: 'OverwriteParams', templateId: 'TemplateId', }; } static types(): { [key: string]: any } { return { overwriteParams: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscodeOverwriteParams, templateId: 'string', }; } validate() { if(this.overwriteParams && typeof (this.overwriteParams as any).validate === 'function') { (this.overwriteParams as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfig extends $dara.Model { /** * @remarks * The configuration for mixing multiple input streams. */ combineConfigs?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigCombineConfigs[]; /** * @remarks * The encryption configuration. */ encryption?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigEncryption; /** * @remarks * The image watermark configuration. */ imageWatermarks?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarks[]; /** * @remarks * The configuration for burning in captions. */ subtitles?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigSubtitles[]; /** * @remarks * The text watermark configuration. */ textWatermarks?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTextWatermarks[]; /** * @remarks * The transcoding configuration. */ transcode?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscode; static names(): { [key: string]: string } { return { combineConfigs: 'CombineConfigs', encryption: 'Encryption', imageWatermarks: 'ImageWatermarks', subtitles: 'Subtitles', textWatermarks: 'TextWatermarks', transcode: 'Transcode', }; } static types(): { [key: string]: any } { return { combineConfigs: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigCombineConfigs }, encryption: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigEncryption, imageWatermarks: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigImageWatermarks }, subtitles: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigSubtitles }, textWatermarks: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTextWatermarks }, transcode: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfigTranscode, }; } validate() { if(Array.isArray(this.combineConfigs)) { $dara.Model.validateArray(this.combineConfigs); } if(this.encryption && typeof (this.encryption as any).validate === 'function') { (this.encryption as any).validate(); } if(Array.isArray(this.imageWatermarks)) { $dara.Model.validateArray(this.imageWatermarks); } if(Array.isArray(this.subtitles)) { $dara.Model.validateArray(this.subtitles); } if(Array.isArray(this.textWatermarks)) { $dara.Model.validateArray(this.textWatermarks); } if(this.transcode && typeof (this.transcode as any).validate === 'function') { (this.transcode as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListScheduleConfig extends $dara.Model { /** * @remarks * The ID of the pipeline. * * @example * e37ebee5d98b4781897f6086e89f9c56 */ pipelineId?: string; /** * @remarks * The priority of the task. A larger value indicates a higher priority. The value can be an integer from 1 to 10. * * @example * 5 */ priority?: number; static names(): { [key: string]: string } { return { pipelineId: 'PipelineId', priority: 'Priority', }; } static types(): { [key: string]: any } { return { pipelineId: 'string', priority: 'number', }; } validate() { super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobList extends $dara.Model { /** * @remarks * The time the job was created. * * @example * 2022-01-12T08:49:41Z */ createTime?: string; /** * @remarks * The time when the job finished. * * @example * 2022-01-12T08:49:41Z */ finishTime?: string; /** * @remarks * The input group for the job. A single input creates a transcoding job. Multiple inputs create a media merging job. */ inputGroup?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListInputGroup[]; /** * @remarks * The sub-job ID. * * @example * 7d6a7e0d4db2457a8d45ff5d43e1bf0a */ jobId?: string; /** * @remarks * The index of the sub-job within the entire job. * * @example * 0 */ jobIndex?: number; /** * @remarks * The job name. * * @example * transcode-job */ name?: string; /** * @remarks * The media information of the video generated by the job. */ outFileMeta?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMeta; /** * @remarks * The output media configuration. */ output?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutput; /** * @remarks * The parent job ID. * * @example * 8b2198504dd340b7b3c9842a74fc9baa */ parentJobId?: string; /** * @remarks * The transcoding processing configuration. */ processConfig?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfig; /** * @remarks * The ID of the request to submit the job. * * @example * 31E30781-9495-5E2D-A84D-759B0A01E262 */ requestId?: string; /** * @remarks * The scheduling information for the job. */ scheduleConfig?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListScheduleConfig; /** * @remarks * The status of the transcoding job. * * - Init: The job is submitted. * * - Processing: The job is being transcoded. * * - Success: The transcoding is successful. * * - Fail: The transcoding failed. * * - Deleted: The job is deleted. * * @example * Init */ status?: string; /** * @remarks * The result of the job submission. * * @example * {} */ submitResultJson?: { [key: string]: any }; /** * @remarks * The time when the job was submitted. * * @example * 2022-01-12T08:49:41Z */ submitTime?: string; /** * @remarks * User data. * * @example * user-data */ userData?: string; static names(): { [key: string]: string } { return { createTime: 'CreateTime', finishTime: 'FinishTime', inputGroup: 'InputGroup', jobId: 'JobId', jobIndex: 'JobIndex', name: 'Name', outFileMeta: 'OutFileMeta', output: 'Output', parentJobId: 'ParentJobId', processConfig: 'ProcessConfig', requestId: 'RequestId', scheduleConfig: 'ScheduleConfig', status: 'Status', submitResultJson: 'SubmitResultJson', submitTime: 'SubmitTime', userData: 'UserData', }; } static types(): { [key: string]: any } { return { createTime: 'string', finishTime: 'string', inputGroup: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListInputGroup }, jobId: 'string', jobIndex: 'number', name: 'string', outFileMeta: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutFileMeta, output: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListOutput, parentJobId: 'string', processConfig: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListProcessConfig, requestId: 'string', scheduleConfig: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobListScheduleConfig, status: 'string', submitResultJson: { 'type': 'map', 'keyType': 'string', 'valueType': 'any' }, submitTime: 'string', userData: 'string', }; } validate() { if(Array.isArray(this.inputGroup)) { $dara.Model.validateArray(this.inputGroup); } if(this.outFileMeta && typeof (this.outFileMeta as any).validate === 'function') { (this.outFileMeta as any).validate(); } if(this.output && typeof (this.output as any).validate === 'function') { (this.output as any).validate(); } if(this.processConfig && typeof (this.processConfig as any).validate === 'function') { (this.processConfig as any).validate(); } if(this.scheduleConfig && typeof (this.scheduleConfig as any).validate === 'function') { (this.scheduleConfig as any).validate(); } if(this.submitResultJson) { $dara.Model.validateMap(this.submitResultJson); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBodyTranscodeParentJob extends $dara.Model { /** * @remarks * The time when the job was created. The format is yyyy-MM-ddTHH:mm:ssZ. * * @example * 2022-01-12T08:49:41Z */ createTime?: string; /** * @remarks * The time when the job finished. The format is yyyy-MM-ddTHH:mm:ssZ. * * @example * 2022-01-12T08:49:41Z */ finishTime?: string; /** * @remarks * The input group for the job. A single input creates a transcoding job. Multiple inputs create a job to merge audio and video streams. */ inputGroup?: SubmitTranscodeJobResponseBodyTranscodeParentJobInputGroup[]; /** * @remarks * The number of sub-jobs. * * @example * 1 */ jobCount?: number; /** * @remarks * The name of the job. * * @example * transcode-job */ name?: string; /** * @remarks * The output group of the job. */ outputGroup?: SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroup[]; /** * @remarks * The ID of the parent job. * * @example * 8b2198504dd340b7b3c9842a74fc9baa */ parentJobId?: string; /** * @remarks * The completion percentage of the job. * * @example * 0 */ percent?: number; /** * @remarks * The ID of the request. * * @example * 31E30781-9495-5E2D-A84D-759B0A01E262 */ requestId?: string; /** * @remarks * The job scheduling configuration. */ scheduleConfig?: SubmitTranscodeJobResponseBodyTranscodeParentJobScheduleConfig; /** * @remarks * The status of the job. Success: At least one sub-job succeeded after all sub-jobs are complete. Fail: All sub-jobs failed. * * @example * Success */ status?: string; /** * @remarks * The time when the job was submitted. The format is yyyy-MM-ddTHH:mm:ssZ. * * @example * 2022-01-12T08:49:41Z */ submitTime?: string; /** * @remarks * The list of sub-jobs. */ transcodeJobList?: SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobList[]; /** * @remarks * The source of the job. Valid values: \\`API\\`, \\`WorkFlow\\`, and \\`Console\\`. * * @example * API */ triggerSource?: string; /** * @remarks * The user data. * * @example * user-data */ userData?: string; static names(): { [key: string]: string } { return { createTime: 'CreateTime', finishTime: 'FinishTime', inputGroup: 'InputGroup', jobCount: 'JobCount', name: 'Name', outputGroup: 'OutputGroup', parentJobId: 'ParentJobId', percent: 'Percent', requestId: 'RequestId', scheduleConfig: 'ScheduleConfig', status: 'Status', submitTime: 'SubmitTime', transcodeJobList: 'TranscodeJobList', triggerSource: 'TriggerSource', userData: 'UserData', }; } static types(): { [key: string]: any } { return { createTime: 'string', finishTime: 'string', inputGroup: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobInputGroup }, jobCount: 'number', name: 'string', outputGroup: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobOutputGroup }, parentJobId: 'string', percent: 'number', requestId: 'string', scheduleConfig: SubmitTranscodeJobResponseBodyTranscodeParentJobScheduleConfig, status: 'string', submitTime: 'string', transcodeJobList: { 'type': 'array', 'itemType': SubmitTranscodeJobResponseBodyTranscodeParentJobTranscodeJobList }, triggerSource: 'string', userData: 'string', }; } validate() { if(Array.isArray(this.inputGroup)) { $dara.Model.validateArray(this.inputGroup); } if(Array.isArray(this.outputGroup)) { $dara.Model.validateArray(this.outputGroup); } if(this.scheduleConfig && typeof (this.scheduleConfig as any).validate === 'function') { (this.scheduleConfig as any).validate(); } if(Array.isArray(this.transcodeJobList)) { $dara.Model.validateArray(this.transcodeJobList); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } } export class SubmitTranscodeJobResponseBody extends $dara.Model { /** * @remarks * The request ID. * * @example * 31E30781-9495-5E2D-A84D-759B0A01E262 */ requestId?: string; /** * @remarks * TranscodeParentJobWithSubJobDTO */ transcodeParentJob?: SubmitTranscodeJobResponseBodyTranscodeParentJob; static names(): { [key: string]: string } { return { requestId: 'RequestId', transcodeParentJob: 'TranscodeParentJob', }; } static types(): { [key: string]: any } { return { requestId: 'string', transcodeParentJob: SubmitTranscodeJobResponseBodyTranscodeParentJob, }; } validate() { if(this.transcodeParentJob && typeof (this.transcodeParentJob as any).validate === 'function') { (this.transcodeParentJob as any).validate(); } super.validate(); } constructor(map?: { [key: string]: any }) { super(map); } }