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);
}
private static AudioState.InputState BuildInput(IBMDSwitcherAudioInput props)
{
var state = new AudioState.InputState();
props.GetType(out _BMDSwitcherAudioInputType type);
state.Properties.SourceType = AtemEnumMaps.AudioSourceTypeMap.FindByValue(type);
props.GetCurrentExternalPortType(out _BMDSwitcherExternalPortType externalType);
state.Properties.PortType = AtemEnumMaps.AudioPortTypeMap.FindByValue(externalType);
props.GetMixOption(out _BMDSwitcherAudioMixOption mixOption);
state.Properties.MixOption = AtemEnumMaps.AudioMixOptionMap.FindByValue(mixOption);
props.GetGain(out double gain);
state.Properties.Gain = gain;
props.GetBalance(out double balance);
state.Properties.Balance = balance * 50;
if (props is IBMDSwitcherAudioInputXLR xlrProps)
{
xlrProps.HasRCAToXLR(out int supportsXlr);
if (supportsXlr != 0)
{
xlrProps.GetRCAToXLREnabled(out int xlrEnabled);
state.Analog = new AudioState.InputState.AnalogState
{
RcaToXlr = xlrEnabled != 0
};
}
}
return(state);
}
public void TestResetPeakLevels()
{
bool tested = false;
var expected = new AudioMixerResetPeaksCommand {
Mask = AudioMixerResetPeaksCommand.MaskFlags.Input
};
var handler = CommandGenerator.MatchCommand(expected);
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.ClassicAudioMain, helper =>
{
IEnumerable <long> useIds = helper.Helper.BuildLibState().Audio.Inputs.Keys.ToList();
foreach (long id in useIds)
{
tested = true;
uint timeBefore = helper.Server.CurrentTime;
expected.Input = (AudioSource)id;
IBMDSwitcherAudioInput input = GetInput(helper, id);
helper.SendAndWaitForChange(null, () => { input.ResetLevelNotificationPeaks(); });
// It should have sent a response, but we dont expect any comparable data
Assert.NotEqual(timeBefore, helper.Server.CurrentTime);
}
});
Assert.True(tested);
}
public void TestMixOption()
{
var handler = CreateAutoCommandHandler("MixOption");
bool tested = false;
AtemMockServerWrapper.Each(_output, _pool, handler, DeviceTestCases.ClassicAudioMain, helper =>
{
IEnumerable <long> useIds = helper.Helper.BuildLibState().Audio.Inputs.Where(i =>
i.Value.Properties.PortType == AudioPortType.SDI ||
i.Value.Properties.PortType == AudioPortType.HDMI).Select(i => i.Key).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++)
{
AudioMixOption target = Randomiser.EnumValue <AudioMixOption>();
if (id >= 2000 && target == AudioMixOption.On)
{
// Not supported
continue;
}
_BMDSwitcherAudioMixOption target2 = AtemEnumMaps.AudioMixOptionMap[target];
inputState.MixOption = target;
helper.SendAndWaitForChange(stateBefore, () => { input.SetMixOption(target2); });
}
}
});
Assert.True(tested);
}
private void SwitcherDisconnected()
{
try
{
this.Text = "";
deactivatebuttons();
btn_reconnect.Enabled = true;
btnKey1Air.Enabled = false;
if (m_audioInput != null)
{
m_audioInput.RemoveCallback(m_audioInputMonitor);
m_audioInput = null;
}
if (m_audioMonitorOutput != null)
{
m_audioMonitorOutput.RemoveCallback(m_audioOutputMonitor);
m_audioMonitorOutput = null;
}
if (m_audiomixer != null)
{
m_audiomixer.RemoveCallback(m_audioMixerMonitor);
m_audiomixer = null;
}
if (me1_dkey1 != null)
{
// Remove callback
me1_dkey1.RemoveCallback(m_dkeyMonitor);
// Release reference
me1_dkey1 = null;
}
if (me1_dkey2 != null)
{
// Remove callback
me1_dkey2.RemoveCallback(m_dkeyMonitor);
// Release reference
me1_dkey2 = null;
}
if (m_AUX1 != null)
{
// Remove callback
m_AUX1.RemoveCallback(m_auxMonitor);
// Release reference
m_AUX1 = null;
}
if (m_AUX2 != null)
{
// Remove callback
m_AUX2.RemoveCallback(m_auxMonitor);
// Release reference
m_AUX2 = null;
}
if (m_AUX3 != null)
{
// Remove callback
m_AUX3.RemoveCallback(m_auxMonitor);
// Release reference
m_AUX3 = null;
}
if (me1_key1 != null)
{
// Remove callback
me1_key1.RemoveCallback(m_keyMonitor);
// Release reference
me1_key1 = null;
}
if (me1_key2 != null)
{
// Remove callback
me1_key2.RemoveCallback(m_keyMonitor);
// Release reference
me1_key2 = null;
}
if (me1_key3 != null)
{
// Remove callback
me1_key3.RemoveCallback(m_keyMonitor);
// Release reference
me1_key3 = null;
}
if (me1_key4 != null)
{
// Remove callback
me1_key4.RemoveCallback(m_keyMonitor);
// Release reference
me1_key4 = null;
}
if (m_transition != null)
{
// Remove callback
m_transition.RemoveCallback(m_transitionMonitor);
// Release reference
m_transition = null;
}
// Remove all input monitors, remove callbacks
foreach (InputMonitor inputMon in m_inputMonitors)
{
inputMon.Input.RemoveCallback(inputMon);
}
m_inputMonitors.Clear();
if (m_mixEffectBlock1 != null)
{
// Remove callback
m_mixEffectBlock1.RemoveCallback(m_mixEffectBlockMonitor);
// Release reference
m_mixEffectBlock1 = null;
}
if (m_switcher != null)
{
// Remove callback:
m_switcher.RemoveCallback(m_switcherMonitor);
// release reference:
m_switcher = null;
}
}
catch (ArgumentException)
{
SwitcherDisconnected();
}
}
internal SwitcherAudioInputCallback(IBMDSwitcherAudioInput audioInput, int index)
{
this._indexnr = index;
this.AudioInput = audioInput;
}
public void TestLevelsAndPeaks()
{
bool tested = false;
AtemMockServerWrapper.Each(_output, _pool, null, DeviceTestCases.ClassicAudioMain, helper =>
{
using var items = new DisposableList();
IReadOnlyList <long> useIds = helper.Helper.BuildLibState().Audio.Inputs.Keys.ToList();
var callbacks = new Dictionary <AudioSource, LevelCallback>(useIds.Count);
// Setup callbacks
foreach (long id in useIds)
{
IBMDSwitcherAudioInput input = GetInput(helper, id);
var cb = new LevelCallback();
cb.Reset();
items.Items.Add(new UseCallback <LevelCallback>(cb, input.AddCallback, input.RemoveCallback));
callbacks[(AudioSource)id] = cb;
}
// Now run the tests
for (int i = 0; i < 5; i++)
{
tested = true;
AtemState stateBefore = helper.Helper.BuildLibState();
stateBefore.Audio.ProgramOut.Levels = null;
var inputsState = stateBefore.Audio.Inputs;
var testCmd = new AudioMixerLevelsCommand();
foreach (long tmpId in useIds)
{
var levels = new AudioMixerLevelInput((AudioSource)tmpId)
{
LeftLevel = Randomiser.Range(-100, 0),
RightLevel = Randomiser.Range(-100, 0),
LeftPeak = Randomiser.Range(-100, 0),
RightPeak = Randomiser.Range(-100, 0),
};
testCmd.Inputs.Add(levels);
inputsState[tmpId].Levels = new AudioState.LevelsState
{
Levels = new[] { levels.LeftLevel, levels.RightLevel },
Peaks = new[] { levels.LeftPeak, levels.RightPeak },
};
}
helper.SendAndWaitForChange(stateBefore, () => { helper.Server.SendCommands(testCmd); }, -1,
(sdkState, libState) =>
{
libState.Audio.ProgramOut.Levels = null;
foreach (KeyValuePair <AudioSource, LevelCallback> i in callbacks)
{
sdkState.Audio.Inputs[(long)i.Key].Levels = new AudioState.LevelsState
{
Levels = i.Value.Levels,
Peaks = i.Value.Peaks,
};
}
});
}
});
Assert.True(tested);
}
private void SwitcherDisconnected()
{
buttonConnect.Enabled = true;
textBoxSwitcherName.Text = "";
if (m_audioInput != null)
{
m_audioInput.RemoveCallback(m_audioInputMonitor);
m_audioInput = null;
}
if (m_audioMonitorOutput != null)
{
m_audioMonitorOutput.RemoveCallback(m_audioOutputMonitor);
m_audioMonitorOutput = null;
}
if (m_audiomixer != null)
{
m_audiomixer.RemoveCallback(m_audioMixerMonitor);
m_audiomixer = null;
}
if (me1_dkey1 != null)
{
// Remove callback
me1_dkey1.RemoveCallback(m_dkeyMonitor);
// Release reference
me1_dkey1 = null;
}
if (me1_dkey2 != null)
{
// Remove callback
me1_dkey2.RemoveCallback(m_dkeyMonitor);
// Release reference
me1_dkey2 = null;
}
if (m_AUX1 != null)
{
// Remove callback
m_AUX1.RemoveCallback(m_auxMonitor);
// Release reference
m_AUX1 = null;
}
if (m_AUX2 != null)
{
// Remove callback
m_AUX2.RemoveCallback(m_auxMonitor);
// Release reference
m_AUX2 = null;
}
if (m_AUX3 != null)
{
// Remove callback
m_AUX3.RemoveCallback(m_auxMonitor);
// Release reference
m_AUX3 = null;
}
if (m_inputAux != null)
{
// Remove callback
m_inputAux.RemoveCallback(m_auxMonitor);
// Release reference
m_inputAux = null;
}
if (me1_key1 != null)
{
// Remove callback
me1_key1.RemoveCallback(m_keyMonitor);
// Release reference
me1_key1 = null;
}
if (me1_key2 != null)
{
// Remove callback
me1_key2.RemoveCallback(m_keyMonitor);
// Release reference
me1_key2 = null;
}
if (me1_key3 != null)
{
// Remove callback
me1_key3.RemoveCallback(m_keyMonitor);
// Release reference
me1_key3 = null;
}
if (me1_key4 != null)
{
// Remove callback
me1_key4.RemoveCallback(m_keyMonitor);
// Release reference
me1_key4 = null;
}
if (m_transition != null)
{
// Remove callback
m_transition.RemoveCallback(m_transitionMonitor);
// Release reference
m_transition = null;
}
// Remove all input monitors, remove callbacks
foreach (InputMonitor inputMon in m_inputMonitors)
{
inputMon.Input.RemoveCallback(inputMon);
}
m_inputMonitors.Clear();
if (m_mixEffectBlock1 != null)
{
// Remove callback
m_mixEffectBlock1.RemoveCallback(m_mixEffectBlockMonitor);
// Release reference
m_mixEffectBlock1 = null;
}
if (m_switcher != null)
{
// Remove callback:
m_switcher.RemoveCallback(m_switcherMonitor);
// release reference:
m_switcher = null;
}
}