public void Parse_NegativeLowBatteryStatus_IsCorrect()
{
byte[] bytes = H.GetBytes()
.Set(8, 0b10000000); // bits 7 == 1 => low battery
var data = new NooLite.MicroclimateData(bytes);
Assert.True(data.LowBattery);
}
public void Parse_OneByteTemperature_IsCorrect()
{
byte[] bytes = H.GetBytes()
.Set(7, 0b11010111); // 215
var data = new NooLite.MicroclimateData(bytes);
Assert.Equal((decimal)21.5, data.Temperature);
}
public void Parse_PositiveLowBatteryStatus_IsCorrect()
{
byte[] bytes = H.GetBytes()
.Set(8, 0b00000000); // bits 7 == 0 => battery is ok
var data = new NooLite.MicroclimateData(bytes);
Assert.False(data.LowBattery);
}
public void Parse_EmptyHumidity_IsCorrect()
{
byte[] bytes = H.GetBytes()
.Set(8, 0b00010000); // bits 4-6 == 001 => PT112
var data = new NooLite.MicroclimateData(bytes);
Assert.Null(data.Humidity);
}
public void Parse_Humidity_IsCorrect()
{
byte[] bytes = H.GetBytes()
.Set(8, 0b00100000) // bits 4-6 == 010 => PT111
.Set(9, 0b00001101); // 13 - humidity value
var data = new NooLite.MicroclimateData(bytes);
Assert.Equal(13, data.Humidity);
}
public void Parse_NegativeTemperature_IsCorrect()
{
byte[] bytes = H.GetBytes()
.Set(7, 0b10011011) // 155
.Set(8, 0b00001111); // 15
var data = new NooLite.MicroclimateData(bytes);
Assert.Equal((decimal) - 10.1, data.Temperature);
}
public void Parse_TwoByteTemperature_IsCorrect()
{
byte[] bytes = H.GetBytes()
.Set(7, 0b00010011) // 19
.Set(8, 0b00000001); // 1
var data = new NooLite.MicroclimateData(bytes);
Assert.Equal((decimal)27.5, data.Temperature);
}
