public void TestRcaToXlrEnabled()
{
var handler = CommandGenerator.CreateAutoCommandHandler <FairlightMixerInputSetCommand, FairlightMixerInputGetCommand>("RcaToXlrEnabled");
bool tested = false;
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.FairlightXLR, helper =>
{
IEnumerable <long> useIds = helper.Helper.BuildLibState().Fairlight.Inputs.Keys.ToList();
foreach (long id in useIds)
{
IBMDSwitcherFairlightAudioInput input = GetInput(helper, id);
if (input is IBMDSwitcherFairlightAudioInputXLR xlrInput)
{
AtemState stateBefore = helper.Helper.BuildLibState();
FairlightAudioState.InputState inputState = stateBefore.Fairlight.Inputs[id];
xlrInput.HasRCAToXLR(out int isAvailable);
Assert.Equal(1, isAvailable);
tested = true;
for (int i = 0; i < 5; i++)
{
inputState.Analog.InputLevel = i % 2 != 0
? FairlightAnalogInputLevel.ConsumerLine
: FairlightAnalogInputLevel.ProLine;
helper.SendAndWaitForChange(stateBefore, () => { xlrInput.SetRCAToXLREnabled(i % 2); });
}
}
}
});
Assert.True(tested);
}
public void TestActiveConfiguration()
{
var handler = CommandGenerator.CreateAutoCommandHandler <FairlightMixerInputSetCommand, FairlightMixerInputGetCommand>("ActiveConfiguration");
bool tested = false;
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.FairlightMain, helper =>
{
IEnumerable <long> useIds = Randomiser.SelectionOfGroup(helper.Helper.BuildLibState().Fairlight.Inputs.Keys.ToList());
foreach (long id in useIds)
{
IBMDSwitcherFairlightAudioInput input = GetInput(helper, id);
AtemState stateBefore = helper.Helper.BuildLibState();
FairlightAudioState.InputState inputState = stateBefore.Fairlight.Inputs[id];
var testConfigs = AtemSDKConverter.GetFlagsValues(input.GetSupportedConfigurations,
AtemEnumMaps.FairlightInputConfigurationMap);
// Need more than 1 config to allow for switching around
if (1 == testConfigs.Count)
{
continue;
}
tested = true;
for (int i = 0; i < 5; i++)
{
var target = testConfigs[i % testConfigs.Count];
inputState.ActiveConfiguration = target.Item2;
helper.SendAndWaitForChange(stateBefore, () => { input.SetConfiguration(target.Item1); });
}
}
});
Assert.True(tested);
}
public FairlightAudioMixerInput(IBMDSwitcherFairlightAudioInput input, IMediator mediator)
{
_input = input;
_mediator = mediator;
Init();
}
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);
}
});
}
private static IBMDSwitcherFairlightAudioSource GetSource(IBMDSwitcherFairlightAudioInput input, long?targetId = null)
{
var iterator = AtemSDKConverter.CastSdk <IBMDSwitcherFairlightAudioSourceIterator>(input.CreateIterator);
if (targetId.HasValue)
{
iterator.GetById(targetId.Value, out IBMDSwitcherFairlightAudioSource src);
return(src);
}
else
{
iterator.Next(out IBMDSwitcherFairlightAudioSource src);
return(src);
}
}
public void TestHasAnalogInputLevel()
{
bool tested = false;
AtemMockServerWrapper.Each(_output, _pool, null, DeviceTestCases.FairlightAnalog, helper =>
{
var rawCommands = helper.Server.GetParsedDataDump();
IEnumerable <long> useIds = helper.Helper.BuildLibState().Fairlight.Inputs.Keys.ToList();
foreach (long id in useIds)
{
IBMDSwitcherFairlightAudioInput input = GetInput(helper, id);
if (input is IBMDSwitcherFairlightAnalogAudioInput analog)
{
AtemState stateBefore = helper.Helper.BuildLibState();
FairlightAudioState.InputState inputState = stateBefore.Fairlight.Inputs[id];
analog.GetSupportedInputLevels(out _BMDSwitcherFairlightAudioAnalogInputLevel supportedLevels);
Assert.NotEqual(0, (int)supportedLevels);
Assert.NotNull(inputState.Analog);
tested = true;
var srcCommand = rawCommands.OfType <FairlightMixerInputGetV811Command>().Single(c => c.Index == (AudioSource)id);
var useLevels = inputState.Analog.SupportedInputLevel.FindFlagComponents();
for (int i = 0; i < 5; i++)
{
inputState.Analog.SupportedInputLevel = srcCommand.SupportedInputLevels =
useLevels[i % useLevels.Count];
helper.SendAndWaitForChange(stateBefore, () => { helper.Server.SendCommands(srcCommand); });
}
}
}
});
Assert.True(tested);
}
public void TestAnalogInputLevel()
{
var handler = CommandGenerator.CreateAutoCommandHandler <FairlightMixerAnalogAudioSetCommand, FairlightMixerAnalogAudioGetCommand>("InputLevel", true);
bool tested = false;
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.FairlightAnalog, helper =>
{
IEnumerable <long> useIds = helper.Helper.BuildLibState().Fairlight.Inputs.Keys.ToList();
foreach (long id in useIds)
{
IBMDSwitcherFairlightAudioInput input = GetInput(helper, id);
if (input is IBMDSwitcherFairlightAnalogAudioInput analogInput)
{
AtemState stateBefore = helper.Helper.BuildLibState();
FairlightAudioState.AnalogState inputState = stateBefore.Fairlight.Inputs[id].Analog;
var testConfigs = AtemSDKConverter.GetFlagsValues(analogInput.GetSupportedInputLevels,
AtemEnumMaps.FairlightAnalogInputLevelMap);
// Need more than 1 config to allow for switching around
if (1 == testConfigs.Count)
{
continue;
}
tested = true;
for (int i = 0; i < 5; i++)
{
var target = testConfigs[i % testConfigs.Count];
inputState.InputLevel = target.Item2;
helper.SendAndWaitForChange(stateBefore, () => { analogInput.SetInputLevel(target.Item1); });
}
}
}
});
Assert.True(tested);
}
public static FairlightAudioState.InputState Build(IBMDSwitcherFairlightAudioInput props, AudioSource inputId, Dictionary <Tuple <AudioSource, long>, bool> tally)
{
var state = new FairlightAudioState.InputState();
// Input basics
props.GetCurrentExternalPortType(out _BMDSwitcherExternalPortType portType);
state.ExternalPortType = AtemEnumMaps.AudioPortTypeMap.FindByValue(portType);
props.GetConfiguration(out _BMDSwitcherFairlightAudioInputConfiguration configuration);
state.ActiveConfiguration = AtemEnumMaps.FairlightInputConfigurationMap.FindByValue(configuration);
props.GetSupportedConfigurations(out _BMDSwitcherFairlightAudioInputConfiguration supportedConfigurations);
state.SupportedConfigurations = (FairlightInputConfiguration)supportedConfigurations;
props.GetType(out _BMDSwitcherFairlightAudioInputType type);
state.InputType = AtemEnumMaps.FairlightInputTypeMap.FindByValue(type);
// Analog
if (props is IBMDSwitcherFairlightAnalogAudioInput analog)
{
state.Analog = new FairlightAudioState.AnalogState();
analog.GetInputLevel(out _BMDSwitcherFairlightAudioAnalogInputLevel level);
state.Analog.InputLevel = AtemEnumMaps.FairlightAnalogInputLevelMap.FindByValue(level);
analog.GetSupportedInputLevels(out _BMDSwitcherFairlightAudioAnalogInputLevel supportedLevels);
state.Analog.SupportedInputLevel = (FairlightAnalogInputLevel)supportedLevels;
}
#if ATEM_v8_1
// XLR
if (props is IBMDSwitcherFairlightAudioInputXLR xlr)
{
xlr.HasRCAToXLR(out int hasRcaToXlr);
if (hasRcaToXlr != 0)
{
if (state.Analog == null)
{
state.Analog = new FairlightAudioState.AnalogState();
}
state.Analog.SupportedInputLevel =
FairlightAnalogInputLevel.ConsumerLine | FairlightAnalogInputLevel.ProLine;
xlr.GetRCAToXLREnabled(out int rcaToXlrEnabled);
state.Analog.InputLevel = rcaToXlrEnabled != 0
? FairlightAnalogInputLevel.ConsumerLine
: FairlightAnalogInputLevel.ProLine;
}
}
#else
// TODO
#endif
// Sources
var iterator = AtemSDKConverter.CastSdk <IBMDSwitcherFairlightAudioSourceIterator>(props.CreateIterator);
AtemSDKConverter.Iterate <IBMDSwitcherFairlightAudioSource>(
iterator.Next,
(src, id) =>
{
var val = BuildSource(src, inputId, tally);
if (val != null)
{
state.Sources.Add(val);
}
});
return(state);
}
public static IEnumerable <IBMDSwitcherFairlightAudioSource> GetFairlightAudioMixerInputSources(this IBMDSwitcherFairlightAudioInput o)
{
var result = new List <IBMDSwitcherFairlightAudioSource>();
if (o == null)
{
return(result);
}
Guid g = typeof(IBMDSwitcherFairlightAudioSourceIterator).GUID;
o.CreateIterator(ref g, out IntPtr ptr);
var iterator = (IBMDSwitcherFairlightAudioSourceIterator)Marshal.GetObjectForIUnknown(ptr);
iterator.Next(out IBMDSwitcherFairlightAudioSource input);
while (input != null)
{
result.Add(input);
iterator.Next(out input);
}
return(result);
}