https://wiki.sarg.dev/index.php?action=history&feed=atom&title=Index_of_object-oriented_programming_articles 2026-04-18T06:40:29Z Revision history for this page on the wiki MediaWiki 1.44.2 https://wiki.sarg.dev/index.php?title=Index_of_object-oriented_programming_articles&diff=158669&oldid=prev 2025-04-05T06:43:40Z

<p>Removing link(s) to &quot;Viscosity (programming)&quot;: Removing links to deleted page Viscosity (programming).</p> <p><b>New page</b></p><div>{{Short description|none}}<br /> <br /> This is a list of terms found in [[object-oriented programming]]. <br /> <br /> {{Horizontal TOC|nonum=yes}}<br /> <br /> ==A==<br /> *[[Abstract type|Abstract class]]<br /> *[[Member visibility|Accessibility]]<br /> *[[Method (computer science)|Abstract method]]<br /> *[[Abstraction (computer science)]]<br /> *[[Access control]]<br /> *[[Access modifiers]]<br /> *[[Mutator method|Accessor method]]<br /> *[[Adapter pattern]]<br /> *[[Aspect-oriented programming|Aspect-oriented]]<br /> <br /> ==B==<br /> *[[Bridge pattern]]<br /> *[[Builder pattern]]<br /> *[[Base class]]<br /> <br /> ==C==<br /> *[[Type conversion|Cast]]<br /> *[[Chain-of-responsibility pattern]]<br /> *[[Class (computer science)|Class]]<br /> *[[Hierarchy (object-oriented programming)|Class hierarchy]]<br /> *[[Method (computer science)|Class method]]<br /> *[[Object (computer science)|Class object]]<br /> *[[Class variable]]<br /> *[[Cohesion (computer science)|Cohesion]]<br /> *[[Collection class]]<br /> *[[Object composition|Composition]]<br /> *[[Constructor (object-oriented programming)|Constructor]]<br /> *[[Container (abstract data type)|Container]]<br /> *[[Covariance and contravariance (computer science)|Contravariance]]<br /> *[[Copy constructor]]<br /> *[[Coupling (computer programming)|Coupling]]<br /> *[[Covariance and contravariance (computer science)|Covariance]]<br /> <br /> ==D==<br /> *[[Data-driven design]]<br /> *[[Information hiding|Data hiding]]<br /> *[[Default constructor]]<br /> *[[Object copy|Deep copy]]<br /> *[[Delegation (programming)|Delegation]]<br /> *[[Dependency injection]]<br /> *[[Destructor (computer science)|Destructor]]<br /> *[[Dispatch table]]<br /> *[[Late binding|Dynamic binding]]<br /> *[[Dynamic dispatch]]<br /> *[[Type system|Dynamically typed language]]<br /> <br /> ==E==<br /> *[[Name binding|Early binding]]<br /> *[[Eigenclass model|Eigenclass]]<br /> *[[Encapsulation (computer programming)]]<br /> *[[European Conference on Object-Oriented Programming]]<br /> *[[Exception handling]]<br /> *[[Software extension|Extension]]<br /> <br /> ==F==<br /> *[[Facade pattern|Facade]] - pattern<br /> *[[Factory method pattern]]<br /> *[[Factory object]]<br /> *[[Factory pattern]]<br /> *[[Member variable|Field]]<br /> *[[Finalizer]]<br /> *[[First-class function]]<br /> *[[Fragile base class]]<br /> *[[Function composition (computer science)|Function composition]]<br /> <br /> ==G==<br /> *[[Generic programming]]<br /> *[[God object]]<br /> <br /> ==H==<br /> *[[Dynamic memory allocation|Heap-based memory allocation]]<br /> *[[Helper class]]<br /> *[[Multi-paradigm programming language|Hybrid language]]<br /> <br /> ==I==<br /> *[[Immutable object]] (also called immutable value)<br /> *[[Information hiding]]<br /> *[[Inheritance (object-oriented programming)|Inheritance]]<br /> *[[Booting|Initialize]]<br /> *[[Inline expansion|Inline function]]<br /> *[[Inner class]]<br /> *[[Instance (computer science)]]<br /> *[[Method (computer science)|Instance method]]<br /> *[[Instance variable]] (also called data member)<br /> *[[Unified Modeling Language|Interaction diagram]]<br /> *[[Interface (computing)|Interface]]<br /> *[[Inversion of control]] (IoC)<br /> *[[Iterator]]<br /> <br /> ==L==<br /> *[[Late binding]]<br /> *[[Liskov substitution principle]]<br /> <br /> ==M==<br /> *[[Member visibility|Member accessibility]]<br /> *Members, any contents of a class: [[Attribute (computing)|Attributes]], [[Method (computer science)|Method]]s, and [[Inner class]]es<br /> *[[Message passing]]<br /> *[[Metaclass]]<br /> *[[Metaprogramming]]<br /> *[[Method (computer programming)]]<br /> *[[Mixin]]<br /> *[[Mock object]]<br /> *[[Mock trainwreck]]<br /> *[[Model–view–controller]] (MVC)<br /> *[[Modular programming]]<br /> *[[Multiple dispatch]]<br /> *[[Multiple inheritance]]<br /> *[[Multitier architecture]]<br /> *[[Mutable variable]]<br /> *[[Mutator method]]<br /> <br /> ==N==<br /> *[[Name mangling]]<br /> *[[Namespace]]<br /> *[[Java Native Interface|Native method]]<br /> *[[Inner class|Nested class]]<br /> <br /> ==O==<br /> *[[Object (computer science)]]<br /> *[[Object type]]<br /> *[[OOPSLA]] – annual conference on Object-Oriented Programming, Systems, Languages, and Applications<br /> *[[Open/closed principle]]<br /> *[[Orthogonal (computing)|Orthogonality]]<br /> *[[Operator overloading|Overload]]<br /> <br /> ==P==<br /> *[[Member visibility|Package]]<br /> *[[Polymorphism (computer science)|Parametric overloading]]<br /> *[[Generic programming|Parameterized classes]]<br /> *[[David Parnas|Parnas&#039;s principles]]<br /> *[[Partial class]]<br /> *[[Software design pattern|Patterns]]<br /> *[[Policy-based design]]<br /> *[[Polymorphism (computer science)|Polymorphic]]<br /> *[[Primitive data type]]<br /> *{{Cpp|private}}, a way of [[Encapsulation (computer programming)|encapsulation]] in [[object-oriented programming]]<br /> *[[Programming paradigm]]<br /> *{{Cpp|protected}}, a way of [[Encapsulation (computer programming)#Encapsulation and inheritance|encapsulation]] in [[object-oriented programming]]<br /> *[[Protocol (object-oriented programming)|Protocol]]<br /> *[[Prototype pattern]]<br /> *[[Prototype-based programming]]<br /> *{{Cpp|public}}, a way of [[encapsulation (computer programming)|encapsulation]] in [[object-oriented programming]]<br /> *[[Polymorphism (computer science)|Pure polymorphism]]<br /> *[[Virtual function|Pure virtual function]] (also called pure virtual method)<br /> <br /> ==R==<br /> *[[Rapid application development]] (sometimes [[Rapid prototyping]])<br /> *[[Recursion]]<br /> *[[Refinement (computing)|Refinement]]<br /> *[[Reflective programming]] (reflection)<br /> *[[Responsibility-driven design]]<br /> *[[Polymorphism (computer science)|Reverse polymorphism]]<br /> *[[Run-time type information]]<br /> <br /> ==S==<br /> *[[Scope (programming)|Scope]]<br /> *[[Object copy|Shallow copy]], in contrast to &#039;&#039;deep copy&#039;&#039;<br /> *[[Single responsibility principle]]<br /> *[[Singleton pattern]]<br /> *[[Singly rooted hierarchy]]<br /> *[[Object slicing|Slicing]]<br /> *[[Specification class]], a class implementing [[abstract type|abstract class]]<br /> *[[Stack-based memory allocation]]<br /> *[[Method (computer science)|Static method]]<br /> *[[Type system|Static typing]], in contrast to &#039;&#039;dynamic typing&#039;&#039;<br /> *[[Strong and weak typing]]<br /> *[[Subclass (computer science)|Subclass]] (also called child class or derived class)<br /> *[[Coupling (computer science)|Subclass coupling]]<br /> *[[SOLID (object-oriented design)|SOLID]]<br /> *[[Substitutability]], principle of<br /> *[[Subtyping|Subtype]]<br /> *[[Superclass (computer science)|Superclass]] (also called parent class or base class)<br /> <br /> ==T==<br /> *[[Multitier architecture|Tiers]]<br /> *[[Template method pattern]]<br /> *[[Test-driven development]]<br /> *[[Trait (computer science)|Trait]]<br /> *[[Type system|Type]]<br /> *[[Type conversion]] (also called &#039;&#039;typecasting&#039;&#039;)<br /> <br /> ==V==<br /> *[[Virtual class]]<br /> *[[Virtual function]] (also called virtual method)<br /> *[[Virtual function pointer]] (also called virtual method pointer)<br /> *[[Virtual inheritance]] (Object Oriented Programming)<br /> *[[Virtual method table]] (also called vtable, virtual function table or virtual method table)<br /> *Viscosity (programming)<br /> *[[Void type]]<br /> <br /> ==W==<br /> *[[Weak reference]]<br /> <br /> ==Y==<br /> *[[Yo-yo problem]]<br /> <br /> <br /> [[Category:Object-oriented programming| List]]<br /> [[Category:Lists of computer terms|Object-oriented programming terms]]</div>

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