public ValueInfo ReadValueInfo(byte formatByte, Stream stream) { if ((formatByte & 0x80) == 0) { return(ValueInfo.TypeOnlyValue); } if ((formatByte & 0xe0) == 0xe0) { return(ValueInfo.TypeOnlyValue); } switch (formatByte) { case 0xd0: return(ValueInfo.ForHeaderlessContent(1)); case 0xd1: return(ValueInfo.ForHeaderlessContent(2)); case 0xd2: return(ValueInfo.ForHeaderlessContent(4)); case 0xd3: return(ValueInfo.ForHeaderlessContent(8)); default: throw Exceptions.FormatByteNotSupported(formatByte); } }
public void GetValue_ForFixString_WithLengthZero_ReturnsEmptyString() { var info = ValueInfo.ForHeaderlessContent(0); var actual = Format.GetValue(FixStringWithZeroLength, info, null); Assert.That(actual, Is.EqualTo("")); }
public void GetValue_ForFixString_ThatIsLong_ReturnsExpectedValue() { const byte formatByte = 0xb5; var info = ValueInfo.ForHeaderlessContent(TestBytes.Length); var actual = Format.GetValue(formatByte, info, TestBytes); Assert.That(actual, Is.EqualTo(TestText)); }
public void GetValue_ForFixString_ThatIsShort_ReturnsExpectedValue() { const byte formatByte = 0xa2; var info = ValueInfo.ForHeaderlessContent(2); var actual = Format.GetValue(formatByte, info, ShortFixStrBytes); Assert.That(actual, Is.EqualTo(ShortFixStrText)); }
public ValueInfo ReadValueInfo(byte formatByte, Stream stream) { switch (formatByte) { case 0xca: return(ValueInfo.ForHeaderlessContent(4)); case 0xcb: return(ValueInfo.ForHeaderlessContent(8)); default: throw Exceptions.FormatByteNotSupported(formatByte); } }
public ValueInfo ReadValueInfo(byte formatByte, Stream stream) { if ((formatByte & 0xe0) == 0xa0) { return(ValueInfo.ForHeaderlessContent(formatByte & 0x1f)); } switch (formatByte) { case 0xd9: return(GetValueInfo(stream, 1)); case 0xda: return(GetValueInfo(stream, 2)); case 0xdb: return(GetValueInfo(stream, 4)); default: throw Exceptions.FormatByteNotSupported(formatByte); } }