public static void Main()
{
var basicUser = User.CreateUser("Arnold Schwarzenegger", "IllBeBack", UserTypeEnum.BasicUser);
UserSecurityManager userSecurityManager = new UserSecurityManager(basicUser.UserType);
userSecurityManager.PerformUserSecurityOperations(basicUser);
var superUser = User.CreateUser("Clint Eastwood", "MakeMyDayPunk", UserTypeEnum.SuperUser);
userSecurityManager = new UserSecurityManager(superUser.UserType);
userSecurityManager.PerformUserSecurityOperations(superUser);
// Lab1: Implement the design pattern-solution, instead of the below code-smelly one.
}
/// <summary>
/// For different user-types, basic- or super-user, we need to use a different set of authenticator/authorizer. So in the 'UserSecurityManager'-class, we switch on user-types and instantiate the appropriate authenticator and authorizer objects as needed. This works, but has the code-smell to it... New user-type permutations will have us open up this code again and then some.
/// </summary>
public static void Main()
{
var basicUser = User.CreateUser("Arnold Schwarzenegger", "IllBeBack", UserTypeEnum.BasicUser);
UserSecurityManager userSecurityManager = new UserSecurityManager(basicUser.UserType);
userSecurityManager.PerformUserSecurityOperations(basicUser);
var superUser = User.CreateUser("Clint Eastwood", "MakeMyDayPunk", UserTypeEnum.SuperUser);
userSecurityManager = new UserSecurityManager(superUser.UserType);
userSecurityManager.PerformUserSecurityOperations(superUser);
// Lab1: Implement the design pattern-solution; create an abstract factory that facilitates the instantiational logic.
}
