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Object-oriented programming is a foundational paradigm that organizes systems as collections of objects with attributes and methods. It uses concepts like classes, encapsulation, inheritance, and polymorphism to reduce complexity and increase reuse. OOP shapes design and architectural choices across many programming languages.
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Object-oriented programming structures software as objects that combine state and behaviour and cooperate through defined interfaces.
It grew from simulation, abstract data types, and the wish to bundle state with operations on it. Smalltalk and later languages such as Java and C# made object-oriented concepts common in software construction.
An object is an owner of responsibility and state: other objects request work through methods while details stay hidden. Inheritance is one relationship; composition is often more flexible.
Internal state and implementation stay protected behind an interface.
Different types can respond appropriately to a shared operation.
Objects are assembled from cooperating parts.
Object orientation provides a language for responsibilities, state, and collaboration in complex software. It supports modelling and change, while deep inheritance or excessive objects can add coupling.
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