public void TestPhysicalMappingUSDR4(
[CombinatorialValues("SF8BW500")] string datr,
[CombinatorialValues(903, 904.6, 906.2, 907.8, 909.4, 911, 912.6, 914.2)] double freq)
{
List <Rxpk> rxpk = GenerateRxpk(datr, freq);
// in EU in standard parameters the expectation is that the reply arrive at same place.
double expFreq = 0;
string expDatr = "SF7BW500";
switch (freq)
{
case 903:
expFreq = 923.3;
break;
case 904.6:
expFreq = 923.9;
break;
case 906.2:
expFreq = 924.5;
break;
case 907.8:
expFreq = 925.1;
break;
case 909.4:
expFreq = 925.7;
break;
case 911:
expFreq = 926.3;
break;
case 912.6:
expFreq = 926.9;
break;
case 914.2:
expFreq = 927.5;
break;
default:
break;
}
Assert.Equal(RegionFactory.CreateUS915Region().GetDownstreamChannelFrequency(rxpk[0]), expFreq);
Assert.Equal(RegionFactory.CreateUS915Region().GetDownstreamDR(rxpk[0]), expDatr);
}
public void EnsureRegionLimitTestAreWorking(double freq, string datarate, LoRaRegion region)
{
var rxpk = GenerateRxpk(datarate, freq);
if (region == LoRaRegion.EU868)
{
Assert.Throws <RegionLimitException>(() =>
{
RegionFactory.CreateEU868Region().GetDownstreamChannelFrequency(rxpk[0]);
RegionFactory.CreateEU868Region().GetDownstreamDR(rxpk[0]);
});
}
if (region == LoRaRegion.US915)
{
Assert.Throws <RegionLimitException>(() =>
{
RegionFactory.CreateUS915Region().GetDownstreamChannelFrequency(rxpk[0]);
RegionFactory.CreateUS915Region().GetDownstreamDR(rxpk[0]);
});
}
}
public void TestPhysicalMappingUSDR1to3(
[CombinatorialValues("SF10BW125", "SF9BW125", "SF8BW125", "SF7BW125")] string datr,
[CombinatorialValues(902.3, 902.5, 902.7, 902.9, 903.1, 903.3, 903.5, 903.7, 903.9)] double freq)
{
List <Rxpk> rxpk = GenerateRxpk(datr, freq);
// in EU in standard parameters the expectation is that the reply arrive at same place.
double expFreq = 0;
string expDatr = string.Empty;
switch (datr)
{
case "SF10BW125":
expDatr = "SF10BW500";
break;
case "SF9BW125":
expDatr = "SF9BW500";
break;
case "SF8BW125":
expDatr = "SF8BW500";
break;
case "SF7BW125":
expDatr = "SF7BW500";
break;
default:
break;
}
switch (freq)
{
case 902.3:
expFreq = 923.3;
break;
case 902.5:
expFreq = 923.9;
break;
case 902.7:
expFreq = 924.5;
break;
case 902.9:
expFreq = 925.1;
break;
case 903.1:
expFreq = 925.7;
break;
case 903.3:
expFreq = 926.3;
break;
case 903.5:
expFreq = 926.9;
break;
case 903.7:
expFreq = 927.5;
break;
case 903.9:
expFreq = 923.3;
break;
case 904.1:
expFreq = 923.9;
break;
case 904.3:
expFreq = 924.5;
break;
default:
break;
}
Assert.Equal(RegionFactory.CreateUS915Region().GetDownstreamChannelFrequency(rxpk[0]), expFreq);
Assert.Equal(RegionFactory.CreateUS915Region().GetDownstreamDR(rxpk[0]), expDatr);
}