Read-only objects are those that have private immutable member variables with public accessors (getters) but no public mutators (setters). The object members are typically initialised during construction, but the member variables cannot be altered thereafter, thus they are read-only.
Passive objects encapsulate state and operations, whereas active objects also encapsulate a process. Standard C++ does not support active objects.
The only things that may be different for all objects of a class are their member variables. They represent the object's data. The only things that remain the same are the static members -- they are akin to global variables, but are local to all objects of the class type.
Entities are the objects instantiated by your program, both at compile time and at runtime. Some objects are primitive data types, others are more complex such as objects instantiated from a class.
You declare a class as follows: class MyClass { //some stuff here... } You create an object as follows: MyClass object; This is how you create classes and objects in C++.
Encapsulation.
Objects that are not supposed to be written. Surprised?
Objects in Dev C++ are the same as objects in generic C++, insofar as an object is an instance of a class.
Passive objects encapsulate state and operations, whereas active objects also encapsulate a process. Standard C++ does not support active objects.
Objects are instantiated when statically declared or dynamically created with the new keyword.
yes it can very much so read binary.
The only things that may be different for all objects of a class are their member variables. They represent the object's data. The only things that remain the same are the static members -- they are akin to global variables, but are local to all objects of the class type.
Class wrappers (embedded objects), inheritance (derived objects) and friend classes.
Entities are the objects instantiated by your program, both at compile time and at runtime. Some objects are primitive data types, others are more complex such as objects instantiated from a class.
You declare a class as follows: class MyClass { //some stuff here... } You create an object as follows: MyClass object; This is how you create classes and objects in C++.
Initialization of objects means to provide an initial value for the object. This is usually done by the constructor, or it can be done with an assignment statement.
Encapsulation.
Only if you have a C++ compiler.