public void SetsCorrectValues(float value, short flags, long time,
TmFlags expectedFlags, string expectedTime)
{
var analogRetro = new TmAnalogRetro(value, flags, time);
Assert.Equal(value, analogRetro.Value);
Assert.Equal(expectedFlags, analogRetro.Flags);
Assert.Equal(expectedTime, analogRetro.Time.ToString(CultureInfo.InvariantCulture));
Assert.True(analogRetro.IsValid);
}
public void SetsCorrectValues(float value, uint flags, uint unixTime, ushort ms,
TmFlags expectedFlags, string expectedTime)
{
var analog = new TmAnalogImpulseArchiveInstant(value, flags, unixTime, ms);
analog.Value.Should().Be(value);
analog.Flags.Should().Be(expectedFlags);
analog.Time.ToString(CultureInfo.InvariantCulture).Should().Be(expectedTime);
analog.Time.Millisecond.Should().Be(ms);
analog.IsUnreliable.Should().BeFalse();
}
public void SetsCorrectValues(float avg, float min, float max, uint flags, uint unixTime, ushort ms,
TmFlags expectedFlags, string expectedTime)
{
var analog = new TmAnalogImpulseArchiveAverage(avg, min, max, flags, unixTime, ms);
analog.Value.Should().Be(avg);
analog.AvgValue.Should().Be(avg);
analog.MinValue.Should().Be(min);
analog.MaxValue.Should().Be(max);
analog.Flags.Should().Be(expectedFlags);
analog.Time.ToString(CultureInfo.InvariantCulture).Should().Be(expectedTime);
analog.Time.Millisecond.Should().Be(ms);
analog.IsUnreliable.Should().BeFalse();
}
