No.
Protected class people are popularly known as Diversity or multicultural people.
American Diversity protected class people include...
Afro-American
Women
Jewish
LGBT
Hispanic & Latino
Asian
Disabled
Native American
Protected class people are historically oppressed by the white supremacist - white-male-gentile-straight-gringo-occidental-ablebodied-settler.
Public, Private and Protected "keywards/ access modifiers" are used similarly as they are with variables. Protected variables, methods or class CAN ONLY be used by an inherited class.
When you derive a class (the sub-class) from a base class using protected access, all public members of the base class become protected members of the derived class, while protected members of the base class will remain protected. Private members are never inherited so they remain private to the base class. By contrast, if you use public inheritance, the public members of the base class remain public to the derived class, while protected members of the base class remain protected in the derived class. If you use private inheritance, both the public and protected members of the base class become private to the derived class. Note that accessibility cannot be increased, only reduced or left the same. That is, a protected member of a base class cannot be inherited as a public member of a derived class -- it can only be declared private or remain protected. Note also that accessibility is viewed from outside of the derived class. That is, all members of a base class other than the private members are inherited by the derived class and are therefore fully accessible to the derived class. But from outside of the derived class, all base class accessibility is determined by the access specified by the type of inheritance.
"Internal" is not a C++ keyword, so it is meaningless in this context. "Protected" means that the class member is visible to (has scope from) only the class and classes derived from the class.
A private member of a class can only be accessed by methods of that class. A protected member of a class can only be accessed by methods of that class and by methods of a derived class of that class.
A class method or attribute (data item) that is declared protected can be accessed only by methods of the same class or by methods of derived classes of the class.
The third class. Also known as the "protected people"
Public, Private and Protected "keywards/ access modifiers" are used similarly as they are with variables. Protected variables, methods or class CAN ONLY be used by an inherited class.
When you derive a class (the sub-class) from a base class using protected access, all public members of the base class become protected members of the derived class, while protected members of the base class will remain protected. Private members are never inherited so they remain private to the base class. By contrast, if you use public inheritance, the public members of the base class remain public to the derived class, while protected members of the base class remain protected in the derived class. If you use private inheritance, both the public and protected members of the base class become private to the derived class. Note that accessibility cannot be increased, only reduced or left the same. That is, a protected member of a base class cannot be inherited as a public member of a derived class -- it can only be declared private or remain protected. Note also that accessibility is viewed from outside of the derived class. That is, all members of a base class other than the private members are inherited by the derived class and are therefore fully accessible to the derived class. But from outside of the derived class, all base class accessibility is determined by the access specified by the type of inheritance.
In C#, the concept of protected is to be accessible to derived classes.Let's assume that a class can be modified as protected. When you want to subclass from such class, wait, you cannot see that class, because only the derived classes can see it, but the one you want to create is not one of them (yet).... I think this is the reason a class cannot have protected accessibility
No, sexual orientation is not currently considered a federally protected class under U.S. law.
An adverse impact is the rejection for employment, placement, or promotion of a significantly higher percentage of a protected class, when compared with a non-protected class.
"Internal" is not a C++ keyword, so it is meaningless in this context. "Protected" means that the class member is visible to (has scope from) only the class and classes derived from the class.
Public derivation or public inheritance means that all the public members of the base calls are declared public in the derived class while the protected members remain protected. Protected inheritance means all the public members of the base class are declared protected in the derived class, as are the protected members. Private inheritance means all the public and protected members of the base class are declared private in the derived class. Private members of the base class are never inherited and are therefore unaffected by inheritance. Note that regardless of the type of inheritance specified, individual non-private members of the base class can be inherited with public or protected access as required of the derived class. The type of inheritance can be therefore be thought of as being the default inheritance for all base class members which can (optionally) be overridden for specific members where required.
A private member of a class can only be accessed by methods of that class. A protected member of a class can only be accessed by methods of that class and by methods of a derived class of that class.
Women constitute the largest protected class group in the US, as they are protected under multiple federal laws that prohibit discrimination on the basis of sex in various areas such as employment, education, and housing.
Single Inheritance is the concept of deriving a class properties from a single base class
A class method or attribute (data item) that is declared protected can be accessed only by methods of the same class or by methods of derived classes of the class.