gramps
5889d71db6
Unit 9, the one that matters most for this creator. MASTER STRIP (top, nearest the preview): - one ladder fed by the MEASURED mix — `AudioMixer` now measures the buffer the encoder receives (`MasterLevel`, `MasterImbalanceDb`), so the master cannot show a source instead of the output - `-12.4 dB` readout, and ONE L/R flag that appears above a 6 dB gap instead of a second ladder - bitrate / FPS / dropped / duration from the existing health poll MONO OUTPUT: - `AudioFold.ToMono` averages each stereo pair into both channels, applied after the limiter and the sync delay, so the stream AND the recording get what was folded - `MonoOutput` is persisted (`Audio.MonoOutput`) and restored at startup: an accessibility switch that resets each session is an accessibility failure - one click in the strip, remembered forever Guard: AudioFoldTests (hard-left reaches the right at half amplitude, hard-right — the inaudible case — reaches the left, centred material keeps its level, mono buffers untouched) and MasterStripTests (the strip binds the measured mix + the switch, the store round-trips it, and the fold is the tested helper rather than new arithmetic). 33 audio tests green.
42 lines
2.0 KiB
C#
42 lines
2.0 KiB
C#
using Xunit;
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using ytLive.Helpers;
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using ytLive.Services.Audio;
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using ytLive.ViewModels;
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namespace ytLive.Tests;
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/// <summary>The master strip is where the accessibility switch lives, so its wiring matters more
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/// than its looks: MONO must reach the mixer, be remembered across sessions, and the strip's ladder
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/// must show the MEASURED mix — with one L/R flag instead of two ladders.
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/// </summary>
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public class MasterStripTests
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{
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[Fact]
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public void The_master_strip_shows_the_measured_mix_and_the_mono_switch_is_persisted()
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{
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var dock = SourceAssert.Text("Controls", "AudioDock.xaml");
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Assert.Contains("IsChecked=\"{Binding MonoOutput, Mode=TwoWay}\"", dock);
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Assert.Contains("Level=\"{Binding MasterMeterFraction}\"", dock);
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Assert.Contains("Text=\"{Binding MasterLevelLabel}\"", dock);
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Assert.Contains("Visibility=\"{Binding MasterImbalance, Converter={StaticResource BoolToVis}}\"", dock);
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// One ladder on the master, not a pair.
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Assert.Equal(1, System.Text.RegularExpressions.Regex.Matches(
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dock[dock.IndexOf("MASTER", System.StringComparison.Ordinal)..], "SegmentMeter").Count);
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// The switch reaches the mixer and the store.
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Assert.NotNull(typeof(AudioMixer).GetProperty("MonoOutput"));
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Assert.NotNull(typeof(MainViewModel).GetProperty("MonoOutput"));
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var settings = SourceAssert.Text("Services", "LayoutStore.Settings.cs");
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Assert.Contains("Audio.MonoOutput", settings);
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Assert.Contains("LoadMonoOutput", settings);
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// The mixer measures the finished mix, so the ladder cannot show a source instead of the output.
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Assert.NotNull(typeof(AudioMixer).GetProperty("MasterLevel"));
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Assert.NotNull(typeof(AudioMixer).GetProperty("MasterImbalanceDb"));
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// And the fold is the tested helper, not new arithmetic in the mixer.
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Assert.Contains("AudioFold.ToMono", SourceAssert.Text("Services", "Audio", "AudioMixer.cs"));
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Assert.Equal(0.25f, GainDb.MonoFold(0.5f, 0f));
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}
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}
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