private static void DefaultAsserts(byte expectedPort, byte expectedMode, PortModeInformationType expectedType, PortModeInformationMessage message)
{
Assert.NotNull(message);
Assert.Equal(expectedPort, message.PortId);
Assert.Equal(expectedMode, message.Mode);
Assert.Equal(expectedType, message.InformationType);
}
public void PortModeInformationRequestEncoder_Encode(byte portId, byte mode, PortModeInformationType informationType, string expectedData)
{
// arrange
var message = new PortModeInformationRequestMessage(portId, mode, informationType);
// act
var data = MessageEncoder.Encode(message, null);
// assert
Assert.Equal(expectedData, BytesStringUtil.DataToString(data));
}
public PortModeInformationRequestMessage(byte port, byte mode, PortModeInformationType informationType) : base(MessageType.Port_Mode_Information_Request, new byte[] { port, mode, (byte)informationType })
{
}
public void PortModeInformationEncoder_Decode_Symbol(string data, byte expectedPort, byte expectedMode, PortModeInformationType expectedType, string expectedText)
{
var message = Decode <PortModeInformationForSymbolMessage>(data);
// assert
DefaultAsserts(expectedPort, expectedMode, expectedType, message);
Assert.Equal(expectedText, message.Symbol);
}
public void PortModeInformationEncoder_Decode_SI(string data, byte expectedPort, byte expectedMode, PortModeInformationType expectedType, float expectedMin, float expectedMax)
{
var message = Decode <PortModeInformationForSIMessage>(data);
// assert
DefaultAsserts(expectedPort, expectedMode, expectedType, message);
Assert.Equal(expectedMin, message.SIMin);
Assert.Equal(expectedMax, message.SIMax);
}
public void PortModeInformationEncoder_Decode_ValueFormat(string data, byte expectedPort, byte expectedMode, PortModeInformationType expectedType, byte expectedNr, PortModeInformationDataType expectedDataType, byte expectedFigures, byte expectedDecimals)
{
var message = Decode <PortModeInformationForValueFormatMessage>(data);
// assert
DefaultAsserts(expectedPort, expectedMode, expectedType, message);
Assert.Equal(expectedNr, message.NumberOfDatasets);
Assert.Equal(expectedDataType, message.DatasetType);
Assert.Equal(expectedFigures, message.TotalFigures);
Assert.Equal(expectedDecimals, message.Decimals);
}
[InlineData("08-00-44-00-05-05-00-00", 0x00, 0x05, PortModeInformationType.Mapping, false, false, false, false, false, false, false, false, false, false)] // calib does not support anything?
public void PortModeInformationEncoder_Decode_Mapping(string data, byte expectedPort, byte expectedMode, PortModeInformationType expectedType,
bool expectedInputNull, bool expectedInputMapping20, bool expectedInputAbs, bool expectedInputRel, bool expectedInputDis,
bool expectedOutputNull, bool expectedOutputMapping20, bool expectedOutputAbs, bool expectedOutputRel, bool expectedOutputDis)
{
var message = Decode <PortModeInformationForMappingMessage>(data);
// assert
DefaultAsserts(expectedPort, expectedMode, expectedType, message);
Assert.Equal(expectedInputNull, message.InputSupportsNull);
Assert.Equal(expectedInputMapping20, message.InputSupportFunctionalMapping20);
Assert.Equal(expectedInputAbs, message.InputAbsolute);
Assert.Equal(expectedInputRel, message.InputRelative);
Assert.Equal(expectedInputDis, message.InputDiscrete);
Assert.Equal(expectedOutputNull, message.OutputSupportsNull);
Assert.Equal(expectedOutputMapping20, message.OutputSupportFunctionalMapping20);
Assert.Equal(expectedOutputAbs, message.OutputAbsolute);
Assert.Equal(expectedOutputRel, message.OutputRelative);
Assert.Equal(expectedOutputDis, message.OutputDiscrete);
}
