// Use this for initialization
void Start()
{
myLoader = new ConstructorExample(0.123f, "Hi");
myLoader.manager = this;
print(myLoader.name);
print(this);
}
static void Main(string[] args)
{
int i = 123;
object o = i;
//Console.WriteLine(o is object);
o = 2;
//Console.WriteLine(o);
// Will log true and 2, because we've boxed i and is now a reference type, so it was changed to 2.
o = 123;
i = (int)o;
//Console.WriteLine(i is int);
i = 3;
int a = i;
a = 20;
//Console.WriteLine(i);
// Will log true and 3. We've unboxed i and is now a value type.
// int a has another location in the memory, so int i stays the same.
double decimalNum = 5.55;
bool isTrue = true;
string str = "string";
Sum(i, decimalNum, str);
CreateClassPoint();
CreatePoint();
Console.WriteLine(ConstructorExample.unInitVar);
ConstructorExample constructorExample = new ConstructorExample();
Console.WriteLine(ConstructorExample.unInitVar);
// first, it will initialize the variable in the static constructor.
// after we've called the ConstructorExample the second time, the variable will initialize in the public constructor.
}
public void TestConstructorDependencyOutput()
{
IExample obj = new ConstructorExample(new Dependency1());
Assert.AreEqual("Elaborated by " + typeof(Dependency1), obj.DoSomething());
}
public static void Main(string[] args)
{
ConstructorExample c1 = new ConstructorExample();
ConstructorExample c2 = new ConstructorExample();
}
