Index of object-oriented programming articles: Difference between revisions

Revision as of 13:18, 6 May 2023

Latest revision as of 06:43, 5 April 2025

(10 intermediate revisions by 5 users not shown)

Line 1:

{{Short description|none}}

This is a list of terms found in [[object-oriented programming]].

{{Horizontal TOC|nonum=yes}}

==A==

*[[Abstract type|Abstract class]]

*[[Member visibility|Accessibility]]

Line 12 ⟶ 16:

*[[Aspect-oriented programming|Aspect-oriented]]

==B==

*[[Bridge pattern]]

*[[Builder pattern]]

*[[Base class]]

==C==

*[[Type conversion|Cast]]

*[[Chain-of-responsibility pattern]]

Line 29 ⟶ 33:

*[[Object composition|Composition]]

*[[Constructor (object-oriented programming)|Constructor]]

*[[Container (abstract data type)|Container]]

*[[Covariance and contravariance (computer science)|Contravariance]]

*[[Copy constructor]]

*[[Coupling (computer scienceprogramming)|Coupling]]

*[[Covariance and contravariance (computer science)|Covariance]]

==D==

*[[Data-driven design]]

*[[Information hiding|Data hiding]]

Line 46 ⟶ 50:

*[[Late binding|Dynamic binding]]

*[[Dynamic dispatch]]

*[[Type system|Dynamically typed language]]

==E==

*[[Name binding|Early binding]]

*[[Eigenclass model|Eigenclass]]

Line 56 ⟶ 60:

*[[Software extension|Extension]]

==F==

*[[Facade pattern|Facade]] - pattern

*[[Factory method pattern]]

Line 67 ⟶ 71:

*[[Function composition (computer science)|Function composition]]

==G==

*[[Generic programming]]

*[[God object]]

==H==

*[[Dynamic memory allocation|Heap-based memory allocation]]

*[[Helper class]]

*[[Multi-paradigm programming language|Hybrid language]]

==I==

*[[Immutable object]] (also called immutable value)

*[[Information hiding]]

Line 91 ⟶ 95:

*[[Iterator]]

==L==

*[[Late binding]]

*[[Liskov substitution principle]]

==M==

*[[Member visibility|Member accessibility]]

*Members, any contents of a class: [[Attribute (computing)|Attributes]], [[Method (computer science)|Method]]s, and [[Inner class]]es

Line 104 ⟶ 108:

*[[Mixin]]

*[[Mock object]]

*[[Mock trainwreck]]

*[[Model–view–controller]] (MVC)

*[[Modular programming]]

Line 112 ⟶ 117:

*[[Mutator method]]

==N==

*[[Name mangling]]

*[[Namespace]]

Line 118 ⟶ 123:

*[[Inner class|Nested class]]

==O==

*[[Object (computer science)]]

*[[Object type]]

Line 126 ⟶ 131:

*[[Operator overloading|Overload]]

==P==

*[[Member visibility|Package]]

*[[TypePolymorphism polymorphism(computer science)|Parametric overloading]]

*[[Generic programming|Parameterized classclasses]]es

*[[David Parnas|Parnas's principles]]

*[[Partial class]]

*[[Software design pattern|Patterns]]

*[[Policy-based design]]

*[[TypePolymorphism polymorphism(computer science)|Polymorphic]]

*[[Primitive data type]]

*{{Cpp|private}}, a way of [[encapsulationEncapsulation (computer programming)|encapsulation]] in [[object-oriented programming]]

*[[Programming paradigm]]

*{{Cpp|protected}}, a way of [[encapsulationEncapsulation (computer programming)#Encapsulation and inheritance|encapsulation]] in [[object-oriented programming]]

*[[Protocol (object-oriented programming)|Protocol]]

*[[Prototype pattern]]

*[[Prototype-based programming]]

*{{Cpp|public}}, a way of [[encapsulation (computer programming)|encapsulation]] in [[object-oriented programming]]

*[[TypePolymorphism polymorphism(computer science)|Pure polymorphism]]

*[[Virtual function|Pure virtual function]] (also called pure virtual method)

==R==

*[[Rapid application development]] (sometimes [[Rapid prototyping]])

*[[Recursion]]

*[[Refinement (computing)|Refinement]]

*[[Reflection (computerReflective programming)|Reflection]] (reflection)

*[[Responsibility-driven design]]

*[[TypePolymorphism polymorphism(computer science)|Reverse polymorphism]]

*[[Run-time type information]]

==S==

*[[Scope (programming)|Scope]]

*[[Object copy|Shallow copy]], asin opposedcontrast to ''deep copy''

*[[Single responsibility principle]]

*[[Singleton pattern]]

Line 165 ⟶ 170:

*[[Stack-based memory allocation]]

*[[Method (computer science)|Static method]]

*[[Type system|StaticallyStatic typed languagetyping]], asin opposedcontrast to Dynamically typed''dynamic languagetyping''

*[[Strong and weak typing]]

*[[Strongly-typed programming language]]

*[[Subclass (computer science)|Subclass]] (also called child class or derived class)

*[[Coupling (computer science)|Subclass coupling]]

Line 174 ⟶ 179:

*[[Superclass (computer science)|Superclass]] (also called parent class or base class)

==T==

*[[Multitier architecture|Tiers]]

*[[Template method pattern]]

Line 182 ⟶ 187:

*[[Type conversion]] (also called ''typecasting'')

==V==

*[[Virtual class]]

*[[Virtual function]] (also called virtual method)

Line 188 ⟶ 193:

*[[Virtual inheritance]] (Object Oriented Programming)

*[[Virtual method table]] (also called vtable, virtual function table or virtual method table)

*[[Viscosity (programming)]]

*[[Void type]]

==W==

*[[Weak reference]]

==Y==

*[[Yo-yo problem]]