public void Status_Should_Be_WaitingForMeterType_Test()
{
byte p = 0;
var target = new QboxMiniStatus(p);
const MiniState expected = MiniState.Waiting;
var actual = target.Status;
Assert.AreEqual(expected, actual);
}
public void Status_Should_Be_Operational_Test()
{
byte p = 7;
var target = new QboxMiniStatus(p);
const MiniState expected = MiniState.Operational;
var actual = target.Status;
Assert.AreEqual(expected, actual);
}
private void _evaluate()
{
if (masks.Any(m => (m & _x) == m))
{
_state = MiniState.XWon;
}
else if (masks.Any(m => (m & _o) == m))
{
_state = MiniState.OWon;
}
else if ((_x | _o) == boardMask)
{
_state = MiniState.CatsGame;
}
}
[InlineData("2F100718D9A3C41E00", MiniState.Operational)] // Qbox van R.
public void Parse(string message, MiniState miniState)
{
// Arrange
var protocolReader = new ProtocolReader(_protocolReaderLoggerMock.Object, message.AsMemory());
var protocolReaderFactoryMock = new Mock <IProtocolReaderFactory>();
protocolReaderFactoryMock.Setup(pr => pr.Create(It.IsAny <ReadOnlyMemory <char> >())).Returns(protocolReader);
var smartMeterCounterParser = new SmartMeterCounterParser(_smartMeterLoggerMock.Object, _validators);
var sut = new MiniR07(_miniLoggerMock.Object, protocolReaderFactoryMock.Object, smartMeterCounterParser);
// Act
var result = (MiniParseResult)sut.Parse(message);
// Assert
result.Model.Status.Status.Should().Be(miniState);
}
