public void TestInputTalkbackGain()
{
var handler = CommandGenerator.CreateAutoCommandHandler <FairlightMixerMonitorSetCommand, FairlightMixerMonitorGetCommand>("InputTalkbackGain");
bool tested = false;
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.FairlightMain, helper =>
{
var monitor = GetMonitor(helper);
if (monitor == null)
{
return;
}
tested = true;
AtemState stateBefore = helper.Helper.BuildLibState();
FairlightAudioState.MonitorOutputState monState = stateBefore.Fairlight.Monitors.Single();
for (int i = 0; i < 5; i++)
{
var target = Randomiser.Range(-60, 0);
monState.InputTalkbackGain = target;
helper.SendAndWaitForChange(stateBefore, () => { monitor.SetInputTalkbackGain(target); });
}
});
Assert.True(tested);
}
public void TestTally()
{
AtemMockServerWrapper.Each(_output, _pool, null, DeviceTestCases.FairlightMain, helper =>
{
IBMDSwitcherFairlightAudioMixer mixer = GetFairlightMixer(helper);
AtemState stateBefore = helper.Helper.BuildLibState();
for (int i = 0; i < 5; i++)
{
var cmd = new FairlightMixerTallyCommand
{
Tally = new Dictionary <Tuple <AudioSource, long>, bool>()
};
Assert.NotEmpty(stateBefore.Fairlight.Tally);
// the sdk is a bit picky about ids, so best to go with what it expects
foreach (KeyValuePair <Tuple <AudioSource, long>, bool> k in stateBefore.Fairlight.Tally)
{
bool isMixedIn = Randomiser.Range(0, 1) > 0.7;
cmd.Tally[k.Key] = isMixedIn;
}
stateBefore.Fairlight.Tally = cmd.Tally;
helper.SendAndWaitForChange(stateBefore, () => { helper.Server.SendCommands(cmd); });
}
});
}
public void TestTally()
{
AtemMockServerWrapper.Each(_output, _pool, null, DeviceTestCases.ClassicAudioMain, helper =>
{
AtemState stateBefore = helper.Helper.BuildLibState();
for (int i = 0; i < 5; i++)
{
var cmd = new AudioMixerTallyCommand
{
Inputs = new Dictionary <AudioSource, bool>()
};
Assert.NotEmpty(stateBefore.Audio.Tally);
// the sdk is a bit picky about ids, so best to go with what it expects
foreach (KeyValuePair <AudioSource, bool> k in stateBefore.Audio.Tally)
{
bool isMixedIn = Randomiser.Range(0, 1) > 0.7;
cmd.Inputs[k.Key] = isMixedIn;
}
stateBefore.Audio.Tally = cmd.Inputs;
helper.SendAndWaitForChange(stateBefore, () => { helper.Server.SendCommands(cmd); });
}
});
}
public void TestBalance()
{
var handler = CreateAutoCommandHandler("Balance");
bool tested = false;
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.ClassicAudioMain, helper =>
{
IEnumerable <long> useIds = helper.Helper.BuildLibState().Audio.Inputs.Keys.ToList();
foreach (long id in useIds)
{
AtemState stateBefore = helper.Helper.BuildLibState();
var inputState = stateBefore.Audio.Inputs[id].Properties;
IBMDSwitcherAudioInput input = GetInput(helper, id);
tested = true;
for (int i = 0; i < 5; i++)
{
var target = Randomiser.Range(-50, 50);
inputState.Balance = target;
helper.SendAndWaitForChange(stateBefore, () => { input.SetBalance(target / 50); });
}
}
});
Assert.True(tested);
}
public void TestDynamicsLevelsAndPeaks()
{
AtemMockServerWrapper.Each(_output, _pool, null, DeviceTestCases.FairlightMain, helper =>
{
IBMDSwitcherFairlightAudioMixer mixer = GetFairlightMixer(helper);
var cb = new DynamicsLevelCallback();
var dynamics = AtemSDKConverter.CastSdk <IBMDSwitcherFairlightAudioDynamicsProcessor>(mixer.GetMasterOutEffect);
using (new UseCallback <DynamicsLevelCallback>(cb, dynamics.AddCallback, dynamics.RemoveCallback))
{
for (int i = 0; i < 5; i++)
{
cb.Reset();
AtemState expectedState = helper.Helper.BuildLibState();
FairlightAudioState.ProgramOutState pgmOutState = expectedState.Fairlight.ProgramOut;
var testCmd = new FairlightMixerMasterLevelsCommand
{
InputLeftLevel = Randomiser.Range(-100, 0),
InputRightLevel = Randomiser.Range(-100, 0),
InputLeftPeak = Randomiser.Range(-100, 0),
InputRightPeak = Randomiser.Range(-100, 0),
OutputLeftLevel = Randomiser.Range(-100, 0),
OutputRightLevel = Randomiser.Range(-100, 0),
OutputLeftPeak = Randomiser.Range(-100, 0),
OutputRightPeak = Randomiser.Range(-100, 0),
};
expectedState.Fairlight.ProgramOut.Levels = new FairlightAudioState.LevelsState
{
Levels = new double[2],
Peaks = new double[2],
DynamicsInputLevels = new[] { testCmd.InputLeftLevel, testCmd.InputRightLevel },
DynamicsInputPeaks = new[] { testCmd.InputLeftPeak, testCmd.InputRightPeak },
DynamicsOutputLevels = new[] { testCmd.OutputLeftLevel, testCmd.OutputRightLevel },
DynamicsOutputPeaks = new[] { testCmd.OutputLeftPeak, testCmd.OutputRightPeak },
};
helper.SendAndWaitForChange(expectedState, () =>
{
helper.Server.SendCommands(testCmd);
}, -1, (sdkState, libState) =>
{
sdkState.Fairlight.ProgramOut.Levels = new FairlightAudioState.LevelsState
{
Levels = new double[2],
Peaks = new double[2],
DynamicsInputLevels = cb.InputLevels,
DynamicsInputPeaks = cb.InputPeaks,
DynamicsOutputLevels = cb.OutputLevels,
DynamicsOutputPeaks = cb.OutputPeaks,
};
});
}
}
});
}
public void TestDynamicsLevelsAndPeaks()
{
AtemMockServerWrapper.Each(_output, _pool, null, DeviceTestCases.FairlightMain, helper =>
{
EachRandomSource(helper, (stateBefore, srcState, inputId, src, i) =>
{
var cb = new TestFairlightProgramOut.DynamicsLevelCallback();
var dynamics = AtemSDKConverter.CastSdk <IBMDSwitcherFairlightAudioDynamicsProcessor>(src.GetEffect);
using (new UseCallback <TestFairlightProgramOut.DynamicsLevelCallback>(cb, dynamics.AddCallback, dynamics.RemoveCallback))
{
cb.Reset();
long sourceId = srcState.SourceId;
var testCmd = new FairlightMixerSourceLevelsCommand
{
Index = (AudioSource)inputId,
SourceId = sourceId,
InputLeftLevel = Randomiser.Range(-100, 0),
InputLeftPeak = Randomiser.Range(-100, 0),
InputRightLevel = Randomiser.Range(-100, 0),
InputRightPeak = Randomiser.Range(-100, 0),
OutputLeftLevel = Randomiser.Range(-100, 0),
OutputLeftPeak = Randomiser.Range(-100, 0),
OutputRightLevel = Randomiser.Range(-100, 0),
OutputRightPeak = Randomiser.Range(-100, 0),
};
srcState.Levels = new FairlightAudioState.LevelsState
{
Levels = new double[2],
Peaks = new double[2],
DynamicsInputLevels = new[] { testCmd.InputLeftLevel, testCmd.InputRightLevel },
DynamicsInputPeaks = new[] { testCmd.InputLeftPeak, testCmd.InputRightPeak },
DynamicsOutputLevels = new[] { testCmd.OutputLeftLevel, testCmd.OutputRightLevel },
DynamicsOutputPeaks = new[] { testCmd.OutputLeftPeak, testCmd.OutputRightPeak },
};
helper.SendAndWaitForChange(stateBefore, () =>
{
helper.Server.SendCommands(testCmd);
}, -1, (sdkState, libState) =>
{
var srcState = sdkState.Fairlight.Inputs[(long)testCmd.Index].Sources.Single(s => s.SourceId == testCmd.SourceId);
srcState.Levels = new FairlightAudioState.LevelsState
{
Levels = new double[2],
Peaks = new double[2],
DynamicsInputLevels = cb.InputLevels,
DynamicsInputPeaks = cb.InputPeaks,
DynamicsOutputLevels = cb.OutputLevels,
DynamicsOutputPeaks = cb.OutputPeaks,
};
});
}
});
});
}
public void TestBlankStillDownload()
{
DoDownload(3, 3000, (width, height) =>
{
var bytes = MediaPoolUtil.SolidColour(width * height,
(byte)Randomiser.Range(50, 200), (byte)Randomiser.Range(50, 200),
(byte)Randomiser.Range(50, 200), (byte)Randomiser.Range(50, 200));
return(Tuple.Create(bytes, FrameEncodingUtil.EncodeRLE(bytes)));
});
}
private static void FillRandomData(CameraControlGetCommand cmd, params CameraControlDataType[] omitTypes)
{
cmd.Input = (VideoSource)(Randomiser.RangeInt(20) + 50);
cmd.Category = Randomiser.RangeInt(10) + 20;
cmd.Parameter = Randomiser.RangeInt(10) + 15;
cmd.Type = Randomiser.EnumValue <CameraControlDataType>(omitTypes);
switch (cmd.Type)
{
case CameraControlDataType.Bool:
cmd.BoolData = Enumerable.Range(0, Randomiser.RangeInt(8, 8)) // TODO - higher has issues
.Select(i => Randomiser.Range(0, 10) >= 5)
.ToArray();
break;
case CameraControlDataType.SInt8:
cmd.IntData = Enumerable.Range(0, Randomiser.RangeInt(1, 8)) // TODO - higher has issues
.Select(i => Randomiser.RangeInt(sbyte.MinValue, sbyte.MaxValue))
.ToArray();
break;
case CameraControlDataType.SInt16:
cmd.IntData = Enumerable.Range(0, Randomiser.RangeInt(1, 4))
.Select(i => Randomiser.RangeInt(short.MinValue, short.MaxValue))
.ToArray();
break;
case CameraControlDataType.SInt32:
cmd.IntData = Enumerable.Range(0, Randomiser.RangeInt(1, 2))
.Select(i => Randomiser.RangeInt(-500000, 500000))
.ToArray();
break;
case CameraControlDataType.SInt64:
cmd.LongData = Enumerable.Range(0, 1)
.Select(i => (long)Randomiser.RangeInt(-5000000, 5000000))
.ToArray();
break;
case CameraControlDataType.String:
cmd.StringData = Randomiser.String(32);
break;
case CameraControlDataType.Float:
cmd.FloatData = Enumerable.Range(0, Randomiser.RangeInt(1, 4))
.Select(i => Randomiser.Range(0, 1))
.ToArray();
break;
default:
throw new ArgumentOutOfRangeException();
}
}
public void TestLevelsAndPeaks()
{
AtemMockServerWrapper.Each(_output, _pool, null, DeviceTestCases.FairlightMain, helper =>
{
EachRandomSource(helper, (stateBefore, srcState, inputId, src, i) =>
{
var cb = new MainLevelCallback();
using (new UseCallback <MainLevelCallback>(cb, src.AddCallback, src.RemoveCallback))
{
cb.Reset();
long sourceId = srcState.SourceId;
var testCmd = new FairlightMixerSourceLevelsCommand
{
Index = (AudioSource)inputId,
SourceId = sourceId,
LeftLevel = Randomiser.Range(-100, 0),
RightLevel = Randomiser.Range(-100, 0),
LeftPeak = Randomiser.Range(-100, 0),
RightPeak = Randomiser.Range(-100, 0),
};
srcState.Levels = new FairlightAudioState.LevelsState
{
Levels = new[] { testCmd.LeftLevel, testCmd.RightLevel },
Peaks = new[] { testCmd.LeftPeak, testCmd.RightPeak },
DynamicsInputLevels = new double[2],
DynamicsInputPeaks = new double[2],
DynamicsOutputLevels = new double[2],
DynamicsOutputPeaks = new double[2],
};
helper.SendAndWaitForChange(stateBefore, () =>
{
helper.Server.SendCommands(testCmd);
}, -1, (sdkState, libState) =>
{
var srcState = sdkState.Fairlight.Inputs[(long)testCmd.Index].Sources.Single(s => s.SourceId == testCmd.SourceId);
srcState.Levels = new FairlightAudioState.LevelsState
{
Levels = cb.Levels,
Peaks = cb.Peaks,
DynamicsInputLevels = new double[2],
DynamicsInputPeaks = new double[2],
DynamicsOutputLevels = new double[2],
DynamicsOutputPeaks = new double[2],
};
});
}
});
});
}
public void TestMaskRight()
{
var handler = CommandGenerator.CreateAutoCommandHandler <DownstreamKeyMaskSetCommand, DownstreamKeyPropertiesGetCommand>("MaskRight");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.All, helper =>
{
EachKeyer(helper, (stateBefore, state, props, id, i) =>
{
double target = Randomiser.Range(-9, 9, 1000);
state.Properties.MaskRight = target;
helper.SendAndWaitForChange(stateBefore, () => { props.SetMaskRight(target); });
});
});
}
public void TestAttack()
{
var handler = CommandGenerator.CreateAutoCommandHandler <FairlightMixerSourceExpanderSetCommand, FairlightMixerSourceExpanderGetCommand>("Attack");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.FairlightMain, helper =>
{
TestFairlightInputSource.EachRandomSource(helper, (stateBefore, srcState, inputId, src, i) =>
{
IBMDSwitcherFairlightAudioExpander expander = GetExpander(src);
var target = Randomiser.Range(0.7, 30);
srcState.Dynamics.Expander.Attack = target;
helper.SendAndWaitForChange(stateBefore, () => { expander.SetAttack(target); });
});
});
}
public void TestLuma()
{
var handler = CommandGenerator.CreateAutoCommandHandler <ColorGeneratorSetCommand, ColorGeneratorGetCommand>("Luma");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.All, helper =>
{
EachColor(helper, (stateBefore, state, props, id, i) =>
{
Assert.NotNull(state);
var target = Randomiser.Range(0, 100, 10);
state.Luma = target;
helper.SendAndWaitForChange(stateBefore, () => { props.SetLuma(target / 100); });
});
});
}
public void TestStereoSimulation()
{
var handler = CommandGenerator.CreateAutoCommandHandler <FairlightMixerSourceSetCommand, FairlightMixerSourceGetCommand>("StereoSimulation");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.FairlightDelay, helper =>
{
EachRandomSource(helper, (stateBefore, srcState, inputId, src, i) =>
{
helper.SendAndWaitForChange(stateBefore, () =>
{
var target = Randomiser.Range(0, 100, 100);
srcState.StereoSimulation = target;
src.SetStereoSimulationIntensity(target);
});
});
});
}
public void TestFaderGain()
{
var handler = CommandGenerator.CreateAutoCommandHandler <FairlightMixerSourceSetCommand, FairlightMixerSourceGetCommand>("FaderGain");
bool tested = false;
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.FairlightMain, helper =>
{
EachRandomSource(helper, (stateBefore, srcState, inputId, src, i) =>
{
tested = true;
var target = Randomiser.Range();
srcState.FaderGain = target;
helper.SendAndWaitForChange(stateBefore, () => { src.SetFaderGain(target); });
});
});
Assert.True(tested);
}
public void TestGain()
{
var handler = CommandGenerator.CreateAutoCommandHandler <FairlightMixerMasterSetCommand, FairlightMixerMasterGetCommand>("EqualizerGain");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.FairlightMain, helper =>
{
IBMDSwitcherFairlightAudioEqualizer equalizer = GetEqualizer(helper);
AtemState stateBefore = helper.Helper.BuildLibState();
for (int i = 0; i < 5; i++)
{
double target = Randomiser.Range(-20, 20);
stateBefore.Fairlight.ProgramOut.Equalizer.Gain = target;
helper.SendAndWaitForChange(stateBefore, () => { equalizer.SetGain(target); });
}
});
}
public void TestQFactor()
{
var handler = CommandGenerator.CreateAutoCommandHandler <FairlightMixerSourceEqualizerBandSetCommand, FairlightMixerSourceEqualizerBandGetCommand>("QFactor");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.FairlightMain, helper =>
{
ForSampleOfBands(helper, (stateBefore, bandState, band, inputId, sourceId, index) =>
{
for (int i = 0; i < 3; i++)
{
double target = Randomiser.Range(0.3, 10.3);
bandState.QFactor = target;
helper.SendAndWaitForChange(stateBefore, () => { band.SetQFactor(target); });
}
});
});
}
public void TestTalkbackGain()
{
var handler = CommandGenerator.CreateAutoCommandHandler <AudioMixerHeadphoneSetCommand, AudioMixerHeadphoneGetCommand>("TalkbackGain");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.ClassicAudioHeadphones, helper =>
{
IBMDSwitcherAudioHeadphoneOutput headphones = GetHeadphones(helper);
AtemState stateBefore = helper.Helper.BuildLibState();
AudioState.HeadphoneOutputState hpState = stateBefore.Audio.HeadphoneOutputs.Single();
for (int i = 0; i < 5; i++)
{
double target = Randomiser.Range();
hpState.TalkbackGain = target;
helper.SendAndWaitForChange(stateBefore, () => { headphones.SetInputTalkbackGain(target); });
}
});
}
public void TestInnerWidth()
{
bool tested = false;
var handler = CommandGenerator.CreateAutoCommandHandler <SuperSourceBorderSetCommand, SuperSourceBorderGetCommand>("InnerWidth");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.SuperSource, helper =>
{
EachSuperSourceBorder(helper, (stateBefore, ssrcBefore, sdk, ssrcId, i) =>
{
tested = true;
double target = Randomiser.Range(0, 16, 100);
ssrcBefore.InnerWidth = target;
helper.SendAndWaitForChange(stateBefore, () => { sdk.SetBorderWidthIn(target); });
});
});
Assert.True(tested);
}
public void TestHold()
{
var handler = CommandGenerator.CreateAutoCommandHandler <FairlightMixerMasterLimiterSetCommand, FairlightMixerMasterLimiterGetCommand>("Hold");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.FairlightMain, helper =>
{
IBMDSwitcherFairlightAudioLimiter limiter = GetLimiter(helper);
AtemState stateBefore = helper.Helper.BuildLibState();
for (int i = 0; i < 5; i++)
{
var target = Randomiser.Range(0, 4000);
stateBefore.Fairlight.ProgramOut.Dynamics.Limiter.Hold = target;
helper.SendAndWaitForChange(stateBefore, () => { limiter.SetHold(target); });
}
});
}
public void TestSizeX()
{
bool tested = false;
var handler = CommandGenerator.CreateAutoCommandHandler <MixEffectKeyDVESetCommand, MixEffectKeyDVEGetCommand>("SizeX");
AtemMockServerWrapper.Each(Output, Pool, handler, DeviceTestCases.All, helper =>
{
SelectionOfKeyers <IBMDSwitcherKeyFlyParameters>(helper, (stateBefore, keyerBefore, sdkKeyer, meId, keyId, i) =>
{
tested = true;
double target = Randomiser.Range(0, 99.99);
keyerBefore.DVE.SizeX = target;
helper.SendAndWaitForChange(stateBefore, () => { sdkKeyer.SetSizeX(target); });
});
});
Assert.True(tested);
}
public void TestMaskRight()
{
bool tested = false;
var handler = CommandGenerator.CreateAutoCommandHandler <MixEffectKeyMaskSetCommand, MixEffectKeyPropertiesGetCommand>("MaskRight");
AtemMockServerWrapper.Each(Output, Pool, handler, DeviceTestCases.All, helper =>
{
SelectionOfKeyers <IBMDSwitcherKey>(helper, (stateBefore, keyerBefore, sdkKeyer, meId, keyId, i) =>
{
tested = true;
double target = Randomiser.Range(-16, 16, 1000);
keyerBefore.Properties.MaskRight = target;
helper.SendAndWaitForChange(stateBefore, () => { sdkKeyer.SetMaskRight(target); });
});
});
Assert.True(tested);
}
public void TestPositionY()
{
bool tested = false;
var handler = CommandGenerator.CreateAutoCommandHandler <SuperSourceBoxSetV8Command, SuperSourceBoxGetV8Command>("PositionY");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.SuperSource, helper =>
{
EachSuperSourceBox(helper, (stateBefore, boxBefore, sdk, ssrcId, boxId, i) =>
{
tested = true;
var target = Randomiser.Range(-34, 34, 100);
boxBefore.PositionY = target;
helper.SendAndWaitForChange(stateBefore, () => { sdk.SetPositionY(target); });
});
});
Assert.True(tested);
}
public void TestHandlePosition()
{
bool tested = false;
var handler = CommandGenerator.CreateAutoCommandHandler <TransitionPositionSetCommand, TransitionPositionGetCommand>("HandlePosition", true);
AtemMockServerWrapper.Each(Output, Pool, handler, DeviceTestCases.All, helper =>
{
EachMixEffect <IBMDSwitcherMixEffectBlock>(helper, (stateBefore, meBefore, sdk, meId, i) =>
{
tested = true;
var target = Randomiser.Range(0, 0.9999, 10000);
meBefore.Transition.Position.HandlePosition = target;
helper.SendAndWaitForChange(stateBefore, () => { sdk.SetTransitionPosition(target); });
});
});
Assert.True(tested);
}
public void TestArtGain()
{
bool tested = false;
var handler = CommandGenerator.CreateAutoCommandHandler <SuperSourcePropertiesSetV8Command, SuperSourcePropertiesGetV8Command>("ArtGain");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.SuperSource, helper =>
{
EachSuperSource(helper, (stateBefore, ssrcBefore, sdk, ssrcId, i) =>
{
tested = true;
var target = Randomiser.Range(0, 100, 10);
ssrcBefore.Properties.ArtGain = target;
helper.SendAndWaitForChange(stateBefore, () => { sdk.SetGain(target / 100); });
});
});
Assert.True(tested);
}
public void TestGain()
{
var handler = CommandGenerator.CreateAutoCommandHandler <AudioMixerMonitorSetCommand, AudioMixerMonitorGetCommand>("Gain");
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.ClassicAudioMonitors, helper =>
{
IBMDSwitcherAudioMonitorOutput monitor = GetMonitor(helper);
AtemState stateBefore = helper.Helper.BuildLibState();
AudioState.MonitorOutputState monState = stateBefore.Audio.MonitorOutputs.Single();
for (int i = 0; i < 5; i++)
{
double target = Randomiser.Range();
monState.Gain = target;
helper.SendAndWaitForChange(stateBefore, () => { monitor.SetGain(target); });
}
});
}
public void TestLevelsAndPeaks()
{
AtemMockServerWrapper.Each(_output, _pool, null, DeviceTestCases.ClassicAudioMain, helper =>
{
IBMDSwitcherAudioMixer mixer = GetAudioMixer(helper);
var cb = new ProgramOutLevelCallback();
using (new UseCallback <ProgramOutLevelCallback>(cb, mixer.AddCallback, mixer.RemoveCallback))
{
for (int i = 0; i < 5; i++)
{
cb.Reset();
AtemState expectedState = helper.Helper.BuildLibState();
var testCmd = new AudioMixerLevelsCommand()
{
MasterLeftLevel = Randomiser.Range(-100, 0),
MasterRightLevel = Randomiser.Range(-100, 0),
MasterLeftPeak = Randomiser.Range(-100, 0),
MasterRightPeak = Randomiser.Range(-100, 0),
};
expectedState.Audio.ProgramOut.Levels = new AudioState.LevelsState
{
Levels = new[] { testCmd.MasterLeftLevel, testCmd.MasterRightLevel },
Peaks = new[] { testCmd.MasterLeftPeak, testCmd.MasterRightPeak },
};
helper.SendAndWaitForChange(expectedState, () =>
{
helper.Server.SendCommands(testCmd);
}, -1, (sdkState, libState) =>
{
sdkState.Audio.ProgramOut.Levels = new AudioState.LevelsState
{
Levels = cb.Levels,
Peaks = cb.Peaks,
};
});
}
}
});
}
private static void FillRandomOffsetData(CameraControlGetCommand cmd)
{
switch (cmd.Type)
{
case CameraControlDataType.Bool:
cmd.BoolData = cmd.BoolData
.Select(i => Randomiser.Range(0, 10) >= 5)
.ToArray();
break;
case CameraControlDataType.SInt8:
cmd.IntData = cmd.IntData
.Select(i => Randomiser.RangeInt(sbyte.MinValue - i, sbyte.MaxValue - i))
.ToArray();
break;
case CameraControlDataType.SInt16:
cmd.IntData = cmd.IntData
.Select(i => Randomiser.RangeInt(short.MinValue - i, short.MaxValue - i))
.ToArray();
break;
case CameraControlDataType.SInt32:
cmd.IntData = cmd.IntData
.Select(i => Randomiser.RangeInt(-50000, 50000))
.ToArray();
break;
case CameraControlDataType.SInt64:
cmd.LongData = cmd.LongData
.Select(i => (long)Randomiser.RangeInt(-50000, 50000))
.ToArray();
break;
case CameraControlDataType.Float:
cmd.FloatData = cmd.FloatData
.Select(i => Randomiser.Range(0 - i, 1 - i))
.ToArray();
break;
default:
throw new ArgumentOutOfRangeException();
}
}
public void TestLightSourceDirection()
{
bool tested = false;
var handler = CommandGenerator.CreateAutoCommandHandler <MixEffectKeyDVESetCommand, MixEffectKeyDVEGetCommand>("LightSourceDirection");
AtemMockServerWrapper.Each(Output, Pool, handler, DeviceTestCases.All, helper =>
{
SelectionOfKeyers <IBMDSwitcherKeyDVEParameters>(helper, (stateBefore, keyerBefore, sdkKeyer, meId, keyId, i) =>
{
tested = true;
Assert.NotNull(keyerBefore.DVE);
var target = Randomiser.Range(0, 359.9, 10);
keyerBefore.DVE.LightSourceDirection = target;
helper.SendAndWaitForChange(stateBefore, () => { sdkKeyer.SetLightSourceDirection(target); });
});
});
Assert.True(tested);
}
public void TestClip()
{
bool tested = false;
var handler = CommandGenerator.CreateAutoCommandHandler <MixEffectKeyLumaSetCommand, MixEffectKeyLumaGetCommand>("Clip");
AtemMockServerWrapper.Each(Output, Pool, handler, DeviceTestCases.All, helper =>
{
SelectionOfKeyers <IBMDSwitcherKeyLumaParameters>(helper, (stateBefore, keyerBefore, sdkKeyer, meId, keyId, i) =>
{
tested = true;
Assert.NotNull(keyerBefore.Luma);
var target = Randomiser.Range(0, 100, 10);
keyerBefore.Luma.Clip = target;
helper.SendAndWaitForChange(stateBefore, () => { sdkKeyer.SetClip(target / 100); });
});
});
Assert.True(tested);
}
public void TestInverse()
{
bool tested = false;
var handler = CommandGenerator.CreateAutoCommandHandler <MixEffectKeyPatternSetCommand, MixEffectKeyPatternGetCommand>("Inverse");
AtemMockServerWrapper.Each(Output, Pool, handler, DeviceTestCases.All, helper =>
{
SelectionOfKeyers <IBMDSwitcherKeyPatternParameters>(helper, (stateBefore, keyerBefore, sdkKeyer, meId, keyId, i) =>
{
tested = true;
Assert.NotNull(keyerBefore.Pattern);
var target = Randomiser.Range(0, 1, 10000);
keyerBefore.Pattern.Inverse = i % 2 != 0;
helper.SendAndWaitForChange(stateBefore, () => { sdkKeyer.SetInverse(i % 2); });
});
});
Assert.True(tested);
}
