private static PerformanceTests SetupTests()
{
_generator = new Base36IdGenerator(11, 4, 5, "", "-", new[] { 15, 10, 5 });
var tests = new PerformanceTests(_generator);
return(tests);
}
public void Id_Is_Expected_Length_2()
{
var shortGenerator = new Base36IdGenerator(
numTimestampCharacters: 3,
numServerCharacters: 0,
numRandomCharacters: 12);
var id2 = shortGenerator.NewId();
Assert.AreEqual(15, id2.Length);
}
public void Id_Is_Expected_Length_1()
{
var generator = new Base36IdGenerator(
numTimestampCharacters: 7,
numServerCharacters: 6,
numRandomCharacters: 12);
var id = generator.NewId();
Assert.AreEqual(25, id.Length);
}
public void Setup()
{
this._idGenerator = new Base36IdGenerator(
numTimestampCharacters: 11,
numServerCharacters: 5,
numRandomCharacters: 4,
reservedValue: "",
delimiter: "-",
// give the positions in reverse order if you
// don't want to have to account for modifying
// the loop internally. To do the same in ascending
// order, you would need to pass 5, 11, 17:
// delimiterPositions: new[] {15, 10, 5});
delimiterPositions: new[] { 5, 11, 17 });
}
public void Multiple_Generators_Produce_Expected_Lengths()
{
var generator = new Base36IdGenerator(
numTimestampCharacters: 12,
numServerCharacters: 6,
numRandomCharacters: 7);
var shortGenerator = new Base36IdGenerator(
numTimestampCharacters: 3,
numServerCharacters: 0,
numRandomCharacters: 12);
var id1 = generator.NewId();
var id2 = shortGenerator.NewId();
Assert.AreEqual(25, id1.Length);
Assert.AreEqual(15, id2.Length);
}
public PerformanceTests(Base36IdGenerator generator)
{
}
