public AttractionManager(DaysOfWeeks dayOfWeek)
{
AllowedAttractionsByDay = new List <Attractions>();
if (dayOfWeek == DaysOfWeeks.Monday || dayOfWeek == DaysOfWeeks.Wednesday ||
dayOfWeek == DaysOfWeeks.Friday)
{
AllowedAttractionsByDay.Add(Attractions.Batman);
}
if (dayOfWeek == DaysOfWeeks.Tuesday || dayOfWeek == DaysOfWeeks.Wednesday ||
dayOfWeek == DaysOfWeeks.Thursday)
{
AllowedAttractionsByDay.Add(Attractions.Swan);
}
if (dayOfWeek != DaysOfWeeks.Sunday)
{
AllowedAttractionsByDay.Add(Attractions.Pony);
}
}
static void Main(string[] args)
{
DaysOfWeeks day = DaysOfWeeks.Sunday;
Console.WriteLine((int)day + " " + day.GetTypeCode()); // explicit casting
//int number = 10;
//Console.WriteLine("number");
byte b = 10;
int i = b; // implicit casting
//switch (day)
//{
// case DaysOfWeeks.Sunday:
// Console.WriteLine("sunday");
// break;
// default:
// break;
//}
//int a = 0, b= 0;
//var na = a++;
//var na1 = ++b;
//Console.WriteLine(na + " " + na1);
//Person p = new Person()
//{
// Name = "Resad",
// Age = 18,
// Job = new Job(),
// MyProperty = 0
//};
// int a; // local variable
//MyClass my1 = new MyClass();
//MyClass my2 = new MyClass();
//MyClass my3 = new MyClass();
//MyClass my4 = new MyClass();
//MyClass my5 = new MyClass();
//MyClass my = new MyClass();
//Console.WriteLine(my.num);
//MyClass my1 = new MyClass(12);
//Console.WriteLine(my1.num);
// value - struct / reference - class types //
//MyClass my = new MyClass(10);
//MyClass my = new MyClass(20);
//Console.WriteLine(MyClass.c);
//Console.WriteLine(MyClass.s);
//MyStruct myStruct;
//MyStruct myStruct1 = new MyStruct(); // same as the above
//MyStruct my = new MyStruct(20);
//Console.WriteLine(my.a);
// built-in reference //
// string, array, class, object, delegate, interface, void
//long l = 1_000_000_000; // digit seperator
//long l1 = 1000000000; // same as the above
//int, short, bool, long, float, double, char, string, object, byte, decimal
//byte // unsigned
//sbyte // signed
//int - 4 // signed
//uint - 4 // unsigned
// byte -- 1 byte
// short -- 2 byte
// int -- 4 byte
// long -- 8 byte
// bool -- 1 byte
// float -- 4 byte
// double -- 8 byte
// decimal -- 16 byte
// char -- 2 byte - unicode
// ascii -- 1 byte
// unicode -- 2 byte
// 1. Readable
// 2. Logic
// 3. Universalliq
// 4. Updateable olabilmesi
}
