For a fairly exhaustive list, see the related link to this question. Popular languages are C++, Java, Objective-C, Visual Basic, and Ruby.
In object oriented programming main role plays objects and classes, in structure programming all programmes are represented as structures of block's, in procedure programming - that means high level programming languages, which are based on process description (sequence of processes) - all programmes are described like a set of subprogrammes or procedures.For more information you may search these articles:http:/en.wikipedia.org/wiki/Object-oriented_programminghttp://alarmingdevelopment.org/?p=9http:/en.wikipedia.org/wiki/Procedural_programming
I suspect you mean, "What makes Python an OO language?" Well, first of all, you can define objects. But, way beyond that, all of the data types are objects, as well as methods and functions.
That is false; the very definition of object-oriented programming is to create objects that model real objects, which places an emphasis on data encapsulation, polymorphic objects, and so on to reduce code complexity, common programming errors, and other problems associated with a non-object-oriented language. The procedures are not nearly as important as the objects that are designed.
The languages C# and Ruby are notable for their pure object oriented design. You can even call instance functions on literals, such as 10.to_s (Ruby) or 10.ToString() (C#). Other object-oriented designs tend to treat primitives as non-objects, such as in Java, and are therefore not technically "100%" object-oriented.
An object oriented language uses concepts of classes, objects, and methods. Rather than just having plain functions to store procedural instructions, a program written in an object-oriented language like Java has classes that are basically blueprints to create objects. Objects have their own little functions called methods. Objects can have their own variables too. Of course, there are much more complex concepts in object-oriented programming such as inheritance and polymorphism.
Java is not a completely object oriented language, because not all values in Java are Objects. For example, the basic numeric types such as int, long, double, etc., are not objects and need to be "boxed" into objects in order to pass them as Object parameters or call methods on them.
Like other object-oriented languages (JavaScript is technically not 'object-oriented'), JavaScript has objects, those objects have attributes or 'properties' which hold data
Java is an object oriented language, and it works with classes and objects.
In object oriented programming main role plays objects and classes, in structure programming all programmes are represented as structures of block's, in procedure programming - that means high level programming languages, which are based on process description (sequence of processes) - all programmes are described like a set of subprogrammes or procedures.For more information you may search these articles:http:/en.wikipedia.org/wiki/Object-oriented_programminghttp://alarmingdevelopment.org/?p=9http:/en.wikipedia.org/wiki/Procedural_programming
An object-oriented database (OODB) is a type of database that stores data in objects rather than in tables, making it easier to represent complex relationships and hierarchies in data. OODBs are designed to work well with object-oriented programming languages and frameworks.
I suspect you mean, "What makes Python an OO language?" Well, first of all, you can define objects. But, way beyond that, all of the data types are objects, as well as methods and functions.
No, object-oriented databases do not store data in tables like relational databases. Instead, they store data as objects that have attributes and methods associated with them. Objects in an object-oriented database can also have relationships with other objects, making it a more flexible way to store and access data.
That is false; the very definition of object-oriented programming is to create objects that model real objects, which places an emphasis on data encapsulation, polymorphic objects, and so on to reduce code complexity, common programming errors, and other problems associated with a non-object-oriented language. The procedures are not nearly as important as the objects that are designed.
Java is an object oriented programming language. The various object oriented concepts in it are: * Class * Object * Instance * Method * Inheritance * Polymorphism * Abstraction * Encapsulation etc...
Not all people can use "objects", some people just do not understand how to use abstract data types and operate it.
You don't use objects in C because C is not an object oriented language like C++.
Languages where all types, including primitive types such as integers, are implemented as objects. Java is a pure object oriented language. C++ is not pure because integers, floating point values and pointers are primitive data types that are not implemented as objects. As a result, Java is easier to program, but C++ is more efficient.