public void ValidTest()
{
void Check(int MainGroup, int SubGroup)
{
var ga = new KnxTwoLevelGroupAddress(MainGroup, SubGroup);
Assert.AreEqual(true, ga.IsValid());
Assert.AreEqual(MainGroup, ga.MainGroup);
Assert.AreEqual(SubGroup, ga.SubGroup);
}
Check(0, 1); // Min
Check(31, 2047); // Max
Check(18, 230);
Check(21, 1356);
}
public void ValidParserTest()
{
void Check(string groupAddress, int MainGroup, int SubGroup)
{
var ga = new KnxTwoLevelGroupAddress(groupAddress);
Assert.AreEqual(true, ga.IsValid());
Assert.AreEqual(MainGroup, ga.MainGroup);
Assert.AreEqual(SubGroup, ga.SubGroup);
}
Check("0/1", 0, 1);
Check("31/2047", 31, 2047);
Check("18/230", 18, 230);
Check("21/1356", 21, 1356);
}
public void InvalidTest()
{
void Check(int MainGroup, int SubGroup)
{
var ga = new KnxTwoLevelGroupAddress(MainGroup, SubGroup);
Assert.AreEqual(false, ga.IsValid());
// Test if exception is thrown when using an invalid GA
TestDelegate exceptionTest = () => ga.GetAddress();
Assert.Throws <InvalidKnxAddressException>(exceptionTest);
}
Check(0, 0); // 0/0/0 is not allowed
Check(41, 5); // Main too high
Check(15, 3542); // Sub too high
}
public void InvalidParserTest()
{
void Check(string groupAddress)
{
var ga = new KnxTwoLevelGroupAddress(groupAddress);
Assert.AreEqual(false, ga.IsValid());
// Test if exception is thrown when using an invalid GA
TestDelegate exceptionTest = () => ga.GetAddress();
Assert.Throws <InvalidKnxAddressException>(exceptionTest);
}
Check("0/0/0");
Check("0/0");
Check("35/45");
Check("5,6");
Check("");
}