Files
ersatztv/ErsatzTV.Application/FFmpegProfiles/Mapper.cs
T
timothyandClaude Fable 5 46c8c2e2dc feat(api): filler preset + watermark editor CRUD; ffmpeg profile round-trip (#159)
Backend plumbing for the SPA transcoding editors (#143 blocker):

- FFmpeg profile response DTO round-trip: add NormalizeAudio, NormalizeVideo,
  PadMode, TargetLoudness, NormalizeColors, ResolutionId (keep Resolution name
  for compat); DeinterlaceVideo now bool (was bool?). #nullable enable on the DTO.
- New GET /api/ffmpeg/hardware-acceleration-kinds wrapping
  GetSupportedHardwareAccelerationKinds (returns enum names as strings).
- Filler preset CRUD: GET-by-id/POST/PUT/DELETE on FillerPresetController with
  full request/response DTOs; new FillerPresetFullResponseModel +
  GetFillerPresetByIdForApi. CreateFillerPreset now returns the new id
  (CreateFillerPresetResult) to match sibling Create commands and enable a
  201+Location; updated the one Blazor call site.
- Watermark CRUD: GET-by-id/POST/PUT/DELETE on WatermarkController with full
  DTOs (path+contentType, all 15 fields); new WatermarkFullResponseModel +
  GetWatermarkByIdForApi.
- Startup: register WatermarkLocation/WatermarkSize as OpenAPI string enums
  (they live in ErsatzTV.FFmpeg.State and were documented as ints, mismatching
  the Newtonsoft StringEnumConverter runtime serialization).
- Tests: full CRUD controller tests for filler + watermark; contract-test
  entries (404/401/422) for the new mutating endpoints; regenerated v1.json.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
2026-07-07 14:06:26 +02:00

85 lines
3.2 KiB
C#

using ErsatzTV.Core.Api.FFmpegProfiles;
using ErsatzTV.Core.Domain;
namespace ErsatzTV.Application.FFmpegProfiles;
internal static class Mapper
{
internal static FFmpegProfileViewModel ProjectToViewModel(FFmpegProfile profile) =>
new(
profile.Id,
profile.Name,
profile.ThreadCount,
profile.NormalizeAudio,
profile.NormalizeVideo,
profile.HardwareAcceleration,
profile.VaapiDisplay ?? "drm",
profile.VaapiDriver,
profile.VaapiDevice,
profile.QsvExtraHardwareFrames,
Resolutions.Mapper.ProjectToViewModel(profile.Resolution),
profile.ScalingBehavior,
profile.PadMode,
profile.VideoFormat,
profile.VideoProfile,
profile.VideoPreset ?? string.Empty,
profile.AllowBFrames,
profile.BitDepth,
profile.VideoBitrate,
profile.VideoBufferSize,
profile.TonemapAlgorithm,
profile.AudioFormat,
profile.AudioBitrate,
profile.AudioBufferSize,
profile.NormalizeLoudnessMode,
profile.TargetLoudness,
profile.AudioChannels,
profile.AudioSampleRate,
profile.NormalizeFramerate,
profile.NormalizeColors,
profile.DeinterlaceVideo == true);
internal static FFmpegProfileResponseModel ProjectToResponseModel(FFmpegProfile ffmpegProfile) =>
new(
ffmpegProfile.Id,
ffmpegProfile.Name,
$"{ffmpegProfile.Resolution.Width}x{ffmpegProfile.Resolution.Height}",
ffmpegProfile.VideoFormat.ToString().ToLowerInvariant(),
ffmpegProfile.AudioFormat.ToString().ToLowerInvariant());
internal static FFmpegFullProfileResponseModel ProjectToFullResponseModel(FFmpegProfile ffmpegProfile) =>
new(
ffmpegProfile.Id,
ffmpegProfile.Name,
ffmpegProfile.ThreadCount,
ffmpegProfile.NormalizeAudio,
ffmpegProfile.NormalizeVideo,
ffmpegProfile.HardwareAcceleration,
ffmpegProfile.VaapiDisplay,
ffmpegProfile.VaapiDriver,
ffmpegProfile.VaapiDevice,
ffmpegProfile.QsvExtraHardwareFrames,
ffmpegProfile.ResolutionId,
ffmpegProfile.Resolution.Name,
ffmpegProfile.ScalingBehavior,
ffmpegProfile.PadMode,
ffmpegProfile.VideoFormat,
ffmpegProfile.VideoProfile,
ffmpegProfile.VideoPreset,
ffmpegProfile.AllowBFrames,
ffmpegProfile.BitDepth,
ffmpegProfile.VideoBitrate,
ffmpegProfile.VideoBufferSize,
ffmpegProfile.TonemapAlgorithm,
ffmpegProfile.AudioFormat,
ffmpegProfile.AudioBitrate,
ffmpegProfile.AudioBufferSize,
ffmpegProfile.NormalizeLoudnessMode,
ffmpegProfile.TargetLoudness,
ffmpegProfile.AudioChannels,
ffmpegProfile.AudioSampleRate,
ffmpegProfile.NormalizeFramerate,
ffmpegProfile.NormalizeColors,
ffmpegProfile.DeinterlaceVideo == true);
}