internal static void EachRandomSource(AtemMockServerWrapper helper, Action <AtemState, FairlightAudioState.InputSourceState, long, IBMDSwitcherFairlightAudioSource, int> fcn, int maxIterations = 5, bool useAll = false)
{
List <long> useIds = helper.Helper.BuildLibState().Fairlight.Inputs.Keys.ToList();
if (!useAll)
{
useIds = Randomiser.SelectionOfGroup(useIds, 2).ToList();
}
foreach (long id in useIds)
{
helper.Helper.SyncStates();
IBMDSwitcherFairlightAudioSource src = GetSource(helper, id);
src.GetId(out long sourceId);
AtemState stateBefore = helper.Helper.BuildLibState();
FairlightAudioState.InputSourceState srcState = stateBefore.Fairlight.Inputs[id].Sources.Single(s => s.SourceId == sourceId);
for (int i = 0; i < maxIterations; i++)
{
fcn(stateBefore, srcState, id, src, i);
}
}
}
private static FairlightAudioState.InputSourceState BuildSource(IBMDSwitcherFairlightAudioSource props, AudioSource inputId, Dictionary <Tuple <AudioSource, long>, bool> tally)
{
var state = new FairlightAudioState.InputSourceState();
props.IsActive(out int active);
if (active == 0)
{
return(null);
}
props.GetId(out long id);
state.SourceId = id;
props.GetSupportedMixOptions(out _BMDSwitcherFairlightAudioMixOption supportedMixOptions);
state.SupportedMixOptions = (FairlightAudioMixOption)supportedMixOptions;
props.GetSourceType(out _BMDSwitcherFairlightAudioSourceType sourceType);
state.SourceType = AtemEnumMaps.FairlightAudioSourceTypeMap.FindByValue(sourceType);
props.GetMaxDelayFrames(out ushort maxDelay);
state.MaxFramesDelay = maxDelay;
props.GetDelayFrames(out ushort delay);
state.FramesDelay = delay;
props.GetInputGain(out double inputGain);
state.Gain = inputGain;
props.GetPan(out double pan);
state.Balance = pan;
props.GetFaderGain(out double faderGain);
state.FaderGain = faderGain;
props.GetMixOption(out _BMDSwitcherFairlightAudioMixOption mixOption);
state.MixOption = AtemEnumMaps.FairlightAudioMixOptionMap.FindByValue(mixOption);
props.HasStereoSimulation(out int hasStereoSimulation);
state.HasStereoSimulation = hasStereoSimulation != 0;
props.GetStereoSimulationIntensity(out double stereoSimulation);
state.StereoSimulation = stereoSimulation;
props.IsMixedIn(out int mixedIn);
tally[Tuple.Create(inputId, id)] = mixedIn != 0;
var dynamics = AtemSDKConverter.CastSdk <IBMDSwitcherFairlightAudioDynamicsProcessor>(props.GetEffect);
dynamics.GetMakeupGain(out double makeupGain);
state.Dynamics.MakeUpGain = makeupGain;
var compressor = AtemSDKConverter.CastSdk <IBMDSwitcherFairlightAudioCompressor>(dynamics.GetProcessor);
FairlightAudioBuilderCommon.ApplyCompressor(compressor, state.Dynamics.Compressor = new FairlightAudioState.CompressorState());
var limiter = AtemSDKConverter.CastSdk <IBMDSwitcherFairlightAudioLimiter>(dynamics.GetProcessor);
FairlightAudioBuilderCommon.ApplyLimiter(limiter, state.Dynamics.Limiter = new FairlightAudioState.LimiterState());
var expander = AtemSDKConverter.CastSdk <IBMDSwitcherFairlightAudioExpander>(dynamics.GetProcessor);
FairlightAudioBuilderCommon.ApplyExpander(expander, state.Dynamics.Expander = new FairlightAudioState.ExpanderState());
var eq = AtemSDKConverter.CastSdk <IBMDSwitcherFairlightAudioEqualizer>(props.GetEffect);
FairlightAudioBuilderCommon.ApplyEqualizer(eq, state.Equalizer);
return(state);
}
public void TestAddRemoveSources()
{
AtemMockServerWrapper.Each(_output, _pool, null, DeviceTestCases.FairlightMain, helper =>
{
IEnumerable <long> useIds = Randomiser.SelectionOfGroup(helper.Helper.BuildLibState().Fairlight.Inputs.Keys.ToList());
foreach (long id in useIds)
{
helper.Helper.SyncStates();
IBMDSwitcherFairlightAudioInput input = GetInput(helper, id);
AtemState stateBefore = helper.Helper.BuildLibState();
FairlightAudioState.InputState inputState = stateBefore.Fairlight.Inputs[id];
inputState.Sources.Add(new FairlightAudioState.InputSourceState
{
SourceId = 944,
MixOption = FairlightAudioMixOption.Off,
Gain = -23.7,
});
int sourceId = 944;
void mangleState(AtemState sdkState, AtemState libState)
{
FairlightAudioState.InputSourceState srcState = sdkState.Fairlight.Inputs[id].Sources.Single(s => s.SourceId == sourceId);
srcState.Dynamics.Limiter = null;
srcState.Dynamics.Compressor = null;
srcState.Dynamics.Expander = null;
}
helper.SendAndWaitForChange(stateBefore, () => {
helper.Server.SendCommands(new FairlightMixerSourceGetCommand
{
Index = (AudioSource)id,
SourceId = sourceId,
MixOption = FairlightAudioMixOption.Off,
Gain = -23.7,
});
}, -1, mangleState);
var removeSourceId = inputState.Sources[0].SourceId;
inputState.Sources.RemoveAt(0);
helper.SendAndWaitForChange(stateBefore, () => {
helper.Server.SendCommands(new FairlightMixerSourceDeleteCommand
{
Index = (AudioSource)id,
SourceId = removeSourceId,
});
}, -1, mangleState);
}
});
}
public static void Update(AtemState state, UpdateResultImpl result, ICommand command)
{
if (command is FairlightAudioMixerConfigCommand confCmd)
{
state.Fairlight = new FairlightAudioState
{
Monitors = UpdaterUtil.CreateList(confCmd.Monitors,
i => new FairlightAudioState.MonitorOutputState()),
};
result.SetSuccess("Fairlight.Monitors");
}
else if (state.Fairlight != null)
{
if (command is FairlightMixerMasterGetCommand masterCmd)
{
var pgmState = state.Fairlight.ProgramOut;
UpdaterUtil.CopyAllProperties(masterCmd, pgmState,
new[] { "EqualizerGain", "EqualizerEnabled", "MakeUpGain", "EqualizerBands" },
new[] { "Dynamics", "Equalizer", "AudioFollowVideoCrossfadeTransitionEnabled", "Levels", "Peaks" });
pgmState.Dynamics.MakeUpGain = masterCmd.MakeUpGain;
pgmState.Equalizer.Enabled = masterCmd.EqualizerEnabled;
pgmState.Equalizer.Gain = masterCmd.EqualizerGain;
if (masterCmd.EqualizerBands != pgmState.Equalizer.Bands.Count)
{
pgmState.Equalizer.Bands = pgmState.Equalizer.Bands.RebuildToLength(masterCmd.EqualizerBands,
(i) => new FairlightAudioState.EqualizerBandState());
}
result.SetSuccess(new[]
{
"Fairlight.ProgramOut",
"Fairlight.ProgramOut.Dynamics",
"Fairlight.ProgramOut.Equalizer"
});
}
else if (command is FairlightMixerMasterLimiterGetCommand masterLimCmd)
{
var pgmDynamics = state.Fairlight.ProgramOut.Dynamics;
if (pgmDynamics.Limiter == null)
{
pgmDynamics.Limiter = new FairlightAudioState.LimiterState();
}
UpdaterUtil.CopyAllProperties(masterLimCmd, pgmDynamics.Limiter, null, new[] { "GainReductionLevel" });
result.SetSuccess("Fairlight.ProgramOut.Dynamics.Limiter");
}
else if (command is FairlightMixerMasterCompressorGetCommand masterCompCmd)
{
var pgmDynamics = state.Fairlight.ProgramOut.Dynamics;
if (pgmDynamics.Compressor == null)
{
pgmDynamics.Compressor = new FairlightAudioState.CompressorState();
}
UpdaterUtil.CopyAllProperties(masterCompCmd, pgmDynamics.Compressor, null, new[] { "GainReductionLevel" });
result.SetSuccess("Fairlight.ProgramOut.Dynamics.Compressor");
}
else if (command is FairlightMixerInputGetCommand inpCmd)
{
if (!state.Fairlight.Inputs.TryGetValue((long)inpCmd.Index, out var inputState))
{
inputState = state.Fairlight.Inputs[(long)inpCmd.Index] = new FairlightAudioState.InputState();
}
if (inpCmd.SupportsRcaToXlr)
{
inputState.Analog = new FairlightAudioState.AnalogState
{
SupportedInputLevel =
FairlightAnalogInputLevel.ConsumerLine | FairlightAnalogInputLevel.ProLine,
InputLevel = inpCmd.RcaToXlrEnabled
? FairlightAnalogInputLevel.ConsumerLine
: FairlightAnalogInputLevel.ProLine
};
}
UpdaterUtil.CopyAllProperties(inpCmd, inputState, new[] { "Index", "SupportsRcaToXlr", "RcaToXlrEnabled" },
new[] { "Sources", "Analog", "Xlr" });
result.SetSuccess(new[]
{
$"Fairlight.Inputs.{inpCmd.Index:D}.ExternalPortType",
$"Fairlight.Inputs.{inpCmd.Index:D}.ActiveConfiguration",
$"Fairlight.Inputs.{inpCmd.Index:D}.Analog"
});
}
else if (command is FairlightMixerInputGetV811Command inp811Cmd)
{
if (!state.Fairlight.Inputs.TryGetValue((long)inp811Cmd.Index, out var inputState))
{
inputState = state.Fairlight.Inputs[(long)inp811Cmd.Index] = new FairlightAudioState.InputState();
}
UpdaterUtil.CopyAllProperties(inp811Cmd, inputState, new[] { "Index", "SupportedInputLevels", "ActiveInputLevel" },
new[] { "Sources", "Analog", "Xlr" });
if (inp811Cmd.SupportedInputLevels != 0)
{
inputState.Analog = new FairlightAudioState.AnalogState
{
SupportedInputLevel = inp811Cmd.SupportedInputLevels,
InputLevel = inp811Cmd.ActiveInputLevel
};
}
result.SetSuccess(new[]
{
$"Fairlight.Inputs.{inp811Cmd.Index:D}.ExternalPortType",
$"Fairlight.Inputs.{inp811Cmd.Index:D}.ActiveConfiguration",
$"Fairlight.Inputs.{inp811Cmd.Index:D}.Analog"
});
}
else if (command is FairlightMixerSourceGetCommand srcCmd)
{
UpdaterUtil.TryForKey(result, state.Fairlight.Inputs, (long)srcCmd.Index, inputState =>
{
FairlightAudioState.InputSourceState srcState = inputState.Sources.FirstOrDefault(s => s.SourceId == srcCmd.SourceId);
if (srcState == null)
{
srcState = new FairlightAudioState.InputSourceState();
inputState.Sources.Add(srcState);
}
srcState.Dynamics.MakeUpGain = srcCmd.MakeUpGain;
srcState.Equalizer.Enabled = srcCmd.EqualizerEnabled;
srcState.Equalizer.Gain = srcCmd.EqualizerGain;
if (srcCmd.EqualizerBands != srcState.Equalizer.Bands.Count)
{
srcState.Equalizer.Bands = srcState.Equalizer.Bands.RebuildToLength(srcCmd.EqualizerBands,
(i) => new FairlightAudioState.EqualizerBandState());
}
UpdaterUtil.CopyAllProperties(srcCmd, srcState,
new[] { "Index", "EqualizerBands", "EqualizerEnabled", "EqualizerGain", "MakeUpGain" },
new[] { "Dynamics", "Equalizer", "Levels" });
result.SetSuccess($"Fairlight.Inputs.{srcCmd.Index:D}.Sources.{srcCmd.SourceId:D}");
});
}
else if (command is FairlightMixerSourceDeleteCommand delCmd)
{
UpdaterUtil.TryForKey(result, state.Fairlight.Inputs, (long)delCmd.Index, inputState =>
{
inputState.Sources.RemoveAll(src => src.SourceId == delCmd.SourceId);
result.SetSuccess($"Fairlight.Inputs.{delCmd.Index:D}.Sources.{delCmd.SourceId:D}");
});
}
else if (command is FairlightMixerSourceCompressorGetCommand compCmd)
{
UpdaterUtil.TryForKey(result, state.Fairlight.Inputs, (long)compCmd.Index, inputState =>
{
FairlightAudioState.InputSourceState srcState = inputState.Sources.FirstOrDefault(s => s.SourceId == compCmd.SourceId);
if (srcState != null)
{
if (srcState.Dynamics.Compressor == null)
{
srcState.Dynamics.Compressor = new FairlightAudioState.CompressorState();
}
UpdaterUtil.CopyAllProperties(compCmd, srcState.Dynamics.Compressor, new[] { "Index", "SourceId" }, new[] { "GainReductionLevel" });
result.SetSuccess($"Fairlight.Inputs.{compCmd.Index:D}.Sources.{compCmd.SourceId:D}.Dynamics.Compressor");
}
});
}
else if (command is FairlightMixerSourceLimiterGetCommand limCmd)
{
UpdaterUtil.TryForKey(result, state.Fairlight.Inputs, (long)limCmd.Index, inputState =>
{
FairlightAudioState.InputSourceState srcState = inputState.Sources.FirstOrDefault(s => s.SourceId == limCmd.SourceId);
if (srcState != null)
{
if (srcState.Dynamics.Limiter == null)
{
srcState.Dynamics.Limiter = new FairlightAudioState.LimiterState();
}
UpdaterUtil.CopyAllProperties(limCmd, srcState.Dynamics.Limiter, new[] { "Index", "SourceId" }, new[] { "GainReductionLevel" });
result.SetSuccess($"Fairlight.Inputs.{limCmd.Index:D}.Sources.{limCmd.SourceId:D}.Dynamics.Limiter");
}
});
}
else if (command is FairlightMixerSourceExpanderGetCommand expandCmd)
{
UpdaterUtil.TryForKey(result, state.Fairlight.Inputs, (long)expandCmd.Index, inputState =>
{
FairlightAudioState.InputSourceState srcState = inputState.Sources.FirstOrDefault(s => s.SourceId == expandCmd.SourceId);
if (srcState != null)
{
if (srcState.Dynamics.Expander == null)
{
srcState.Dynamics.Expander = new FairlightAudioState.ExpanderState();
}
UpdaterUtil.CopyAllProperties(expandCmd, srcState.Dynamics.Expander, new[] { "Index", "SourceId" }, new[] { "GainReductionLevel" });
result.SetSuccess($"Fairlight.Inputs.{expandCmd.Index:D}.Sources.{expandCmd.SourceId:D}.Dynamics.Expander");
}
});
}
else if (command is FairlightMixerAnalogAudioGetCommand analogCmd)
{
UpdaterUtil.TryForKey(result, state.Fairlight.Inputs, (long)analogCmd.Index, inputState =>
{
if (inputState.Analog == null)
{
inputState.Analog = new FairlightAudioState.AnalogState();
}
UpdaterUtil.CopyAllProperties(analogCmd, inputState.Analog, new[] { "Index" });
result.SetSuccess($"Fairlight.Inputs.{analogCmd.Index:D}.Analog");
});
}
else if (command is FairlightMixerMonitorGetCommand monCmd)
{
UpdaterUtil.TryForIndex(result, state.Fairlight.Monitors, 0, monState =>
{
UpdaterUtil.CopyAllProperties(monCmd, monState, new[] { "Index" });
result.SetSuccess($"Fairlight.Monitors.{0:D}");
});
}
else if (command is FairlightMixerMasterPropertiesGetCommand master2Cmd)
{
state.Fairlight.ProgramOut.AudioFollowVideoCrossfadeTransitionEnabled =
master2Cmd.AudioFollowVideoCrossfadeTransitionEnabled;
result.SetSuccess($"Fairlight.ProgramOut");
}
else if (command is FairlightMixerMasterLevelsCommand pgmLevelCmd)
{
FairlightAudioState.ProgramOutState pgmOutState = state.Fairlight.ProgramOut;
pgmOutState.Levels = new FairlightAudioState.LevelsState
{
Levels = new[] { pgmLevelCmd.LeftLevel, pgmLevelCmd.RightLevel },
Peaks = new[] { pgmLevelCmd.LeftPeak, pgmLevelCmd.RightPeak },
DynamicsInputLevels = new[] { pgmLevelCmd.InputLeftLevel, pgmLevelCmd.InputRightLevel },
DynamicsInputPeaks = new[] { pgmLevelCmd.InputLeftPeak, pgmLevelCmd.InputRightPeak },
DynamicsOutputLevels = new[] { pgmLevelCmd.OutputLeftLevel, pgmLevelCmd.OutputRightLevel },
DynamicsOutputPeaks = new[] { pgmLevelCmd.OutputLeftPeak, pgmLevelCmd.OutputRightPeak },
CompressorGainReductionLevel = pgmLevelCmd.CompressorGainReduction,
LimiterGainReductionLevel = pgmLevelCmd.LimiterGainReduction,
};
result.SetSuccess($"Fairlight.ProgramOut.Levels");
}
else if (command is FairlightMixerSourceLevelsCommand srcLevelCmd)
{
UpdaterUtil.TryForKey(result, state.Fairlight.Inputs, (long)srcLevelCmd.Index, inputState =>
{
FairlightAudioState.InputSourceState srcState = inputState.Sources.FirstOrDefault(s => s.SourceId == srcLevelCmd.SourceId);
if (srcState != null)
{
srcState.Levels = new FairlightAudioState.LevelsState
{
Levels = new[] { srcLevelCmd.LeftLevel, srcLevelCmd.RightLevel },
Peaks = new[] { srcLevelCmd.LeftPeak, srcLevelCmd.RightPeak },
DynamicsInputLevels = new[] { srcLevelCmd.InputLeftLevel, srcLevelCmd.InputRightLevel },
DynamicsInputPeaks = new[] { srcLevelCmd.InputLeftPeak, srcLevelCmd.InputRightPeak },
DynamicsOutputLevels = new[] { srcLevelCmd.OutputLeftLevel, srcLevelCmd.OutputRightLevel },
DynamicsOutputPeaks = new[] { srcLevelCmd.OutputLeftPeak, srcLevelCmd.OutputRightPeak },
CompressorGainReductionLevel = srcLevelCmd.CompressorGainReduction,
LimiterGainReductionLevel = srcLevelCmd.LimiterGainReduction,
ExpanderGainReductionLevel = srcLevelCmd.ExpanderGainReduction,
};
result.SetSuccess($"Fairlight.Inputs.{srcLevelCmd.Index:D}.Sources.{srcLevelCmd.SourceId:D}.Levels");
}
});
}
else if (command is FairlightMixerTallyCommand tallyCmd)
{
state.Fairlight.Tally = tallyCmd.Tally;
result.SetSuccess("Fairlight.Tally");
}
else if (command is FairlightMixerSourceEqualizerBandGetCommand srcBandCmd)
{
UpdaterUtil.TryForKey(result, state.Fairlight.Inputs, (long)srcBandCmd.Index, inputState =>
{
FairlightAudioState.InputSourceState srcState =
inputState.Sources.FirstOrDefault(s => s.SourceId == srcBandCmd.SourceId);
if (srcState != null)
{
UpdaterUtil.TryForIndex(result, srcState.Equalizer.Bands, (int)srcBandCmd.Band, band =>
{
UpdaterUtil.CopyAllProperties(srcBandCmd, band, new[] { "Index", "SourceId", "Band" });
result.SetSuccess($"Fairlight.Inputs.{srcBandCmd.Index:D}.Sources.{srcBandCmd.SourceId:D}.Equalizer.Bands.{srcBandCmd.Band:D}");
});
}
});
}
else if (command is FairlightMixerMasterEqualizerBandGetCommand pgmBandCmd)
{
UpdaterUtil.TryForIndex(result, state.Fairlight.ProgramOut.Equalizer.Bands, (int)pgmBandCmd.Band, band =>
{
UpdaterUtil.CopyAllProperties(pgmBandCmd, band, new[] { "Band" });
result.SetSuccess($"Fairlight.ProgramOut.Equalizer.Bands.{pgmBandCmd.Band:D}");
});
}
}
}
