float Calc(float c, float cx, float b)
{
var determinant=cx*cx*b/c;
var n=norm(cx,b);
SomeAlgorithm a = new SomeAlgorithm(determinant, n, b);
SomeStruct scratch;
return a.crunch(ref scratch);
}
float Calc(float c, float cx, float b)
{
var determinant = cx * cx * b / c;
var n = norm(cx, b);
SomeAlgorithm a = new SomeAlgorithm(determinant, n, b);
SomeStruct scratch;
return(a.crunch(ref scratch));
}
public void T04_Should_get_valid_admin_data()
{
var admin = SomeAlgorithm.GetAdmin();
Assert.NotNull(admin);
Assert.NotNull(admin.LastName);
Assert.NotNull(admin.FirstName);
Assert.True(admin.FirstName.Length > 3);
Assert.True(admin.LastName.Length > 3);
Assert.True(admin.Age > 24);
}
public void T03_Should_throw_exception_for_negative_values(int arg)
{
Assert.Throws <ArgumentException>(() => SomeAlgorithm.MagicCalculation(arg));
}
public void T02_Should_compute_MagicCalculation_for_data_serie(int input, int expected)
{
Assert.Equal(0, SomeAlgorithm.MagicCalculation(1));
Assert.Equal(1, SomeAlgorithm.MagicCalculation(2));
Assert.Equal(-2, SomeAlgorithm.MagicCalculation(3));
}
public void T01_Should_compute_MagicCalculation()
{
Assert.Equal(0, SomeAlgorithm.MagicCalculation(1));
Assert.Equal(1, SomeAlgorithm.MagicCalculation(2));
Assert.Equal(-2, SomeAlgorithm.MagicCalculation(3));
}
