internal static void type_parameter_constraints(this TextWriter trapFile, TypeParameterConstraints constraints, TypeParameter typeParam)
{
trapFile.WriteTuple("type_parameter_constraints", constraints, typeParam);
}
internal static void specific_type_parameter_constraints(this TextWriter trapFile, TypeParameterConstraints constraints, Type baseType)
{
trapFile.WriteTuple("specific_type_parameter_constraints", constraints, baseType);
}
internal static void specific_type_parameter_nullability(this TextWriter trapFile, TypeParameterConstraints constraints, Type baseType, NullabilityEntity nullability)
{
trapFile.WriteTuple("specific_type_parameter_nullability", constraints, baseType, nullability);
}
internal static Tuple type_parameter_constraints(TypeParameterConstraints constraints, TypeParameter typeParam) => new Tuple("type_parameter_constraints", constraints, typeParam);
internal static void general_type_parameter_constraints(this TextWriter trapFile, TypeParameterConstraints constraints, int hasKind)
{
trapFile.WriteTuple("general_type_parameter_constraints", constraints, hasKind);
}
internal static Tuple specific_type_parameter_constraints(TypeParameterConstraints constraints, Type baseType) => new Tuple("specific_type_parameter_constraints", constraints, baseType);
internal static Tuple general_type_parameter_constraints(TypeParameterConstraints constraints, int hasKind) => new Tuple("general_type_parameter_constraints", constraints, hasKind);
internal static void specific_type_parameter_annotation(this TextWriter trapFile, TypeParameterConstraints constraints, Type baseType, TypeAnnotation annotation)
{
trapFile.WriteTuple("specific_type_parameter_annotation", constraints, baseType, (int)annotation);
}
internal static Tuple specific_type_parameter_annotation(TypeParameterConstraints constraints, Type baseType, TypeAnnotation annotation) => new Tuple("specific_type_parameter_annotation", constraints, baseType, (int)annotation);
static void Main(string[] args)
{
Program p1 = new Program();
Int32 intBoxed = 10, unboxed;
//boxing
Object obj = (Object)intBoxed;
//unboxing
try
{
Int16 newint = (Int16)obj;
}
catch (InvalidCastException ice)
{
Console.WriteLine(ice.Message);
}
finally
{
Int32 newint = (Int32)obj;
unboxed = newint;
}
//Int32 newint = (Int32)obj;
Console.WriteLine(unboxed);
p1.WorkingWithArrayList();
p1.WorkingWithQueue();
p1.WorkingWithSortedList();
p1.WorkingWithStack();
p1.WorkingWithGenerics();
p1.GenericListDemo();
p1.GenericStack();
Demo d1 = new Demo();
int x = 10, y = 20;
d1.Swap<Int32>(ref x, ref y);
Product product1 = new Product(0001, "book", 3.45);
Product product2 = new Product(0002, "file", 2.13);
d1.Swap<Product>(ref product1, ref product2);
//d1.Swap(ref product1, ref product2); //not a standard approach, always specify Type Parameters
GenericStructure<Int32> myStruct = new GenericStructure<int>(10, 25);
//myStruct.Reset();
Console.WriteLine(myStruct);
TypeParameterConstraints<SatisfyingConstraints> scObj = new TypeParameterConstraints<SatisfyingConstraints>();
scObj.Show(new SatisfyingConstraints(34.678));
FinalGenericDerivedClass<Product, Employee> objFGDC = new FinalGenericDerivedClass<Product, Employee>();
objFGDC.Show();
Console.WriteLine(objFGDC);
Console.ReadLine();
}
