public void Test()
{
AssemblyOneClassI instance = new AssemblyOneClassI();
// Access the base class member using the base keyword
Console.WriteLine(base.ID1);
}
public void Print()
{
AssemblyOneClassI A1 = new AssemblyOneClassI();
base.IDS = 44; // you can't do A2.IDS, you can utilize base here to access what it's getting it's inheritance from;
AssemblyTwoClassI A2 = new AssemblyTwoClassI();
A2.IDS = 83;
}
public void print()
{
AssemblyOneClassI A1 = new AssemblyOneClassI();
base.ID = 101;
AssemblyTwoClassI A2 = new AssemblyTwoClassI();
A2.ID = 102;
}
public void PrintMethod()
{
AssemblyOneClassI A2 = new AssemblyOneClassI();
base.Password = 123;
AssemblyTwoClassI A3 = new AssemblyTwoClassI();
A3.Password = 321;
}
public void Print()
{
//ID is declared as protected internal
//so it is accessible from anywhere by deriving that class
AssemblyOneClassI A1 = new AssemblyOneClassI();
base.ID = 101;
AssemblyTwoClassI A2 = new AssemblyTwoClassI();
A2.ID = 101;
}
public void SampleMethod()
{
AssemblyOneClassI A1 = new AssemblyOneClassI();
//Console.WriteLine(A1.ID)// A1.ID is not available outside the containing assembly.
Console.WriteLine(base.ID2);
/* OR */
AssemblyTwoClassI A2 = new AssemblyTwoClassI();
Console.WriteLine(A2.ID2);
}
public ProtectedInternalExample()
{
AssemblyOneClassI _ao1 = new AssemblyOneClassI();
A01Child _a01C = new A01Child();
}
public void Print()
{
AssemblyOneClassI A1 = new AssemblyOneClassI(); // I guess I'm pulling the class AssemblyOneClass into here with this, and creating A1 with AssemblyOneClass's inheritance.
// A1.ID = 88; // as you can see, since I set it as internal, it will only allow it to be used locally to assembly.
}
public void test()
{
AssemblyOneClassI instance = new AssemblyOneClassI();
instance.print();
}
