1. Testability/Increased Quality (automated testing can increase speed of testing and increase quality) 2. Code re-use (Polymorphism, Generics, Interfaces) 3. Code extensibility 4. Catch errors at compile time rather than at runtime. 5. Maintainability: If designed correctly, any tier of the application can be replaced by another that implements the correct interface(s), and the application will still work (can use multiple user interfaces, can swap out data providers, etc.). 6. Reduces large problems to smaller, more manageable ones. 7. Fits the way the real world works. It is easy to map a real world problem to a solution in OO code.
Chat with our AI personalities
Actually object oriented programming is considered one of the best ways to code for an application. An object oriented system is scalable, easily maintainable, is robust, avoids code redundancy, promotes code reuse, promotes access restrictions etc. these characteristics make an object oriented system one of the best systems to code and maintain.
There are many advantages to using an OOP language (Object Oriented Programming language). One of the largest is simplicity... it is very easy to understand and write Object Oriented code, as this code uses things such as object method calls like:
int weight = car.getWeight("Volvo");
in which you can declare an integer space in the java heap space, call it weight, call the car class's getWeight(String) method, pass it a type of car, get the returned value of that method call, and set weight equal to that returned value... all in one line of code from one call. Many will argue that Object Oriented programming makes more sense to a first-time learner of a programming language, as we can envision an object with multiple functions quite easily, simply imagine a car object that returns its weight based on what kind of car you tell it it is.
The 3 essential concepts of Object Oriented Programming are:InheritanceEncapsulation &Polymorphism
The full form of OOP is Object-Oriented Programming.
Just eat a watermellon!
Machine code, assembly language and C are all non-object oriented programming languages. Fortran, COBOL, Pascal and BASIC were originally non-object oriented languages but there are now object-oriented variants of these languages. C++, C# and Java were all designed with object-oriented programming in mind from the outset.
C is a weakly typed procedural programming language. For object oriented programming languages near C, you can look at ooc ( http://ooc-lang.org/ ), C++, D, and Java.
If you work a while with object-oriented programming, you'll notice that it offers huge benefits over the traditional approach. In fact, you would rather not use a programming language that doesn't have at least the option of object-oriented programming, if you have the choice.
Object Oriented Programming
Yes - 'advanced' PHP programming uses Object Oriented Programming (OOP).
The 3 essential concepts of Object Oriented Programming are:InheritanceEncapsulation &Polymorphism
Object oriented concepts are a generalisation of the object oriented principals (encapsulation, inheritance, polymorphism and abstraction) without specifying a particular implementation of those principals. Object oriented programming is the application of those principals through an object oriented programming language.
No. C is not object oriented. C++ is object oriented.
The full form of OOP is Object-Oriented Programming.
Just eat a watermellon!
Edmund W. Faison has written: 'Borland C [plus plus] 4 object-oriented programming' 'Borland C++ 3 object-oriented programming' -- subject(s): Borland C++, C++ (Computer program language), Object-oriented programming (Computer science) 'BorlandC[plus plus] 4.5 object-oriented programming' -- subject(s): Borland C., C., Object-oriented programming (Computer science) 'Borland C++ 3.1 object-oriented programming' -- subject(s): Borland C++, C++ (Computer program language), Object-oriented programming (Computer science)
small talk yes java yes c++ no delphi no etc...
Java is an object oriented programming language. The various object oriented concepts in it are: * Class * Object * Instance * Method * Inheritance * Polymorphism * Abstraction * Encapsulation etc...
You cannot. Class diagrams are only applicable to object oriented programming languages. C is not object oriented, but C++ is.