static void Main()
{
// for constructors, type parameter needs to be explicitly specified
var instanceWithInt = new GenericClass <int>(7);
instanceWithInt.SomeMethod();
var instanceWithString = new GenericClass <string>("doișpe");
instanceWithString.SomeMethod();
// Factory method uses generic type inference:
// no need to specify type parameters
var instanceWithFloat = GenericClass.Create(1.23);
instanceWithFloat.SomeMethod();
// call MoreGenericMethod with various other types
instanceWithInt.MoreGenericMethod(333, 1);
instanceWithInt.MoreGenericMethod(333, "hopa");
instanceWithInt.MoreGenericMethod(333, 0.001);
// non-generic classes can have generic methods
var nonGenericInstance = new NonGenericClass();
nonGenericInstance.GenericMethod(3);
nonGenericInstance.GenericMethod(Math.PI);
nonGenericInstance.GenericMethod("π");
ConstraintExamples.InterfaceConstraint(new MemoryStream());
}
static void Main(string[] args)
{
Check <int> c = new Check <int>();
var chk = c.Compare(2, 4);
Console.WriteLine($"Comparison between 2 & 4 is: {chk}");
Check <string> c2 = new Check <string>();
var chk2 = c2.Compare("Ron", "Ron");
Console.WriteLine($"Comparison between Ron & Ron is: {chk2}");
NonGenericClass ngc = new NonGenericClass();
var max = ngc.Max(3, 10);
Console.WriteLine($"Maximum between 3 & 10 is: {max}");
Console.ReadLine();
}
