int CheckMeter <T>(TestMeter testMeter, byte[] bytes, ref int byteIndex, int minLength, int maxLength, bool minimizeLength) where T : IBlob, new()
{
string baseMessage = typeof(T).Name;
int startByteIndex = byteIndex;
int minimumBytesToFitFullValue = 0;
if (minimizeLength)
{
for (int index = 0; index < testMeter.ByteArrayValue.Length; ++index)
{
if (testMeter.ByteArrayValue[index] != 0)
{
minimumBytesToFitFullValue = testMeter.ByteArrayValue.Length - index;
break;
}
}
}
int maximumMeterSize = maxLength == -1 ? testMeter.ByteArrayValue.Length : Math.Min(testMeter.ByteArrayValue.Length, maxLength);
int minimumMeterSize = Math.Max(minLength, minimumBytesToFitFullValue);
if (minimumMeterSize > maximumMeterSize)
{
minimumMeterSize = maximumMeterSize;
}
int expectedLength = (minimizeLength ? minimumMeterSize : maximumMeterSize);
Assert.That(bytes[byteIndex++], Is.EqualTo(expectedLength), baseMessage + "MeterLength");
byteIndex += CheckMultiByteArray(bytes, byteIndex, baseMessage + "MeterValue", GetSubArray(testMeter.ByteArrayValue, testMeter.ByteArrayValue.Length - expectedLength, expectedLength));
return(byteIndex - startByteIndex);
}
public FormTool()
{
InitializeComponent();
Channel.IDataChannel channel = Channel.DataChannelFactoryService.getInstance().getDataChannel(meterId, meterType);
meter = new TestMeter(meterId, channel);
}
