public void When_notify_action_operation_is_received_it_must_raise_event_for_action()
{
// Arrange
var deviceAddress = new WirelessNetworkAddress("AABBCC");
const RawDeviceKeys inputKeys = RawDeviceKeys.Key1OrPlaySoundA;
TimeSpan sensorTime = TimeSpan.FromMilliseconds(3456);
using var testRunner = new CirceUsbLoopbackTestRunner <DeviceAction>();
testRunner.RemoteSessionManager.ConnectionStateChanged += (_, e) =>
{
if (e.State == ControllerConnectionState.Connected)
{
testRunner.Connection.Send(new NotifyActionOperation(deviceAddress)
{
InputKeys = inputKeys,
SensorTime = sensorTime
});
}
};
testRunner.RemoteSessionManager.DeviceActionReceived += (_, e) => testRunner.SignalSucceeded(e.Argument);
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
testRunner.Result.ShouldNotBeNull();
testRunner.Result.DeviceAddress.Should().Be(deviceAddress);
testRunner.Result.InputKeys.Should().Be(inputKeys);
testRunner.Result.SensorTime.Should().Be(sensorTime);
}
private void ProcessRawKeysDown([NotNull] WirelessNetworkAddress source, RawDeviceKeys rawKeysDown,
[CanBeNull] TimeSpan? sensorTime)
{
RawDeviceKeys precedingKeysDown = GetPrecedingKeysDownForDevice(source);
RaiseModifierDownEvents(source, rawKeysDown, precedingKeysDown, sensorTime);
RaiseKeyDownEvents(source, rawKeysDown, precedingKeysDown, sensorTime);
RaiseKeyUpEvents(source, rawKeysDown, precedingKeysDown, sensorTime);
RaiseModifierUpEvents(source, rawKeysDown, precedingKeysDown, sensorTime);
precedingRawKeysDownPerDevice[source] = rawKeysDown;
}
public static RawDeviceKeys Push(this RawDeviceKeys source, RawDeviceKeys key)
{
return(source | key);
}
public static RawDeviceKeys Release(this RawDeviceKeys source, RawDeviceKeys key)
{
return(source & ~key);
}
private void RaiseModifierDownEvents([NotNull] WirelessNetworkAddress source, RawDeviceKeys rawKeysDown,
RawDeviceKeys precedingKeysDown, [CanBeNull] TimeSpan? sensorTime)
{
foreach (KeyValuePair<RawDeviceKeys, RemoteKeyModifier> entry in ModifierKeyTranslationTable)
{
ChangeType changeType = GetChangeForKey(entry.Key, rawKeysDown, precedingKeysDown);
if (changeType == ChangeType.Down)
{
Log.Debug($"ModifierKeyDown of {entry.Value} from {source}");
var args = new RemoteKeyModifierEventArgs(source, entry.Value, sensorTime);
ModifierKeyDown?.Invoke(this, args);
}
}
}
private static ChangeType GetChangeForKey(RawDeviceKeys targetKey, RawDeviceKeys rawKeysDown,
RawDeviceKeys precedingKeysDown)
{
RawDeviceKeys lastKeyValue = precedingKeysDown & targetKey;
RawDeviceKeys thisKeyValue = rawKeysDown & targetKey;
bool hasChanged = (lastKeyValue ^ thisKeyValue) != 0;
return !hasChanged ? ChangeType.None : thisKeyValue != 0 ? ChangeType.Down : ChangeType.Up;
}
private void HandleKeyChange(RawDeviceKeys keyChanged, bool isKeyDownEvent)
{
if (isKeyDownEvent)
{
keysDown |= keyChanged;
}
else
{
keysDown &= ~keyChanged;
}
KeysDownChanged?.Invoke(this, new EventArgs<RawDeviceKeys>(keysDown));
}
private string GetButtonText(RawDeviceKeys key)
{
bool hasCore = (Features & RemoteEmulatorFeatures.CoreKeys) != 0;
bool hasNumeric = (Features & RemoteEmulatorFeatures.NumericKeys) != 0;
bool hasTimer = (Features & RemoteEmulatorFeatures.TimerKeys) != 0;
bool inEntry = InDigitEntryMode;
switch (key)
{
case RawDeviceKeys.Key1OrPlaySoundA:
return hasNumeric && (!hasCore || inEntry) ? "1" : (hasCore ? "Sound A" : string.Empty);
case RawDeviceKeys.Key2OrPassIntermediate:
return hasNumeric && (!hasTimer || inEntry) ? "2" : (hasTimer ? "Intermediate" : string.Empty);
case RawDeviceKeys.Key3OrToggleElimination:
return hasNumeric && (!hasCore || inEntry) ? "3" : (hasCore ? "E" : string.Empty);
case RawDeviceKeys.Key4:
return hasNumeric ? "4" : string.Empty;
case RawDeviceKeys.Key5OrDecreaseRefusals:
return hasNumeric && (!hasCore || inEntry) ? "5" : (hasCore ? "R-" : string.Empty);
case RawDeviceKeys.Key6OrIncreaseRefusals:
return hasNumeric && (!hasCore || inEntry) ? "6" : (hasCore ? "R+" : string.Empty);
case RawDeviceKeys.Key7:
return hasNumeric ? "7" : string.Empty;
case RawDeviceKeys.Key8OrDecreaseFaults:
return hasNumeric && (!hasCore || inEntry) ? "8" : (hasCore ? "F-" : string.Empty);
case RawDeviceKeys.Key9OrIncreaseFaults:
return hasNumeric && (!hasCore || inEntry) ? "9" : (hasCore ? "F+" : string.Empty);
case RawDeviceKeys.EnterCurrentCompetitor:
return hasNumeric ? "Current" : string.Empty;
case RawDeviceKeys.EnterNextCompetitor:
return hasNumeric ? "Next" : string.Empty;
case RawDeviceKeys.Key0OrMuteSound:
return hasNumeric && (!hasCore || inEntry) ? "0" : (hasCore ? "Mute" : string.Empty);
case RawDeviceKeys.PassFinish:
return hasTimer ? "Finish" : string.Empty;
case RawDeviceKeys.PassStart:
return hasTimer ? "Start" : string.Empty;
case RawDeviceKeys.ResetRun:
return hasCore ? "Reset" : string.Empty;
case RawDeviceKeys.Ready:
return hasCore ? "Ready" : string.Empty;
default:
throw new InvalidOperationException($"No text available for key {key}.");
}
}
public static RawDeviceKeys Push(this RawDeviceKeys source, RawDeviceKeys key)
{
return source | key;
}
public static RawDeviceKeys Release(this RawDeviceKeys source, RawDeviceKeys key)
{
return source & ~key;
}
