Index of object-oriented programming articles: Difference between revisions

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Those words found in object-oriented Programming. Some are related to OOP and some not.

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

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== A ==

* [[Abstract type|Abstract class]]

* [[Class (computer programming)#Member accessibility|Accessibility]]

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

* [[Abstraction (computer science)]]

* [[Access control]]

* [[Mutator method|Accessor method]]

* [[Allocated class]]

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

*[[armstrong number]]

== B A==

*[[Abstract type|Abstract class]]

* [[Bridge pattern]]

*[[Member visibility|Accessibility]]

* [[Builder pattern]]

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

* [[Base class]]

*[[Abstraction (computer science)]]

*[[Access control]]

*[[Access modifiers]]

*[[Mutator method|Accessor method]]

*[[Adapter pattern]]

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

== C B==

* [[CascadedBridge messagepattern]]

* [[TypeBuilder conversion|Castpattern]]

*[[Base class]]

* [[Chain-of-responsibility pattern]]

* [[Class (computer science)|Class]]

* [[Hierarchy (object-oriented programming)|Class hierarchy]]

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

* [[Object (computer science)|Class object]]

* [[Cohesion (computer science)|Cohesion]]

* Collaborator

* [[Container (data structure)|Collection class]]

* [[Object composition|Composition]]

* [[constructor (computer science)|Constructor]]

* [[Container (data structure)]]

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

* [[Copy constructor]]

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

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

== D C==

*[[Type conversion|Cast]]

* [[Data-driven design]]

*[[Chain-of-responsibility pattern]]

* [[Information hiding|Data hiding]]

*[[Class (computer science)|Class]]

* [[Default constructor]]

*[[Hierarchy (object-oriented programming)|Class hierarchy]]

* [[Object copy|Deep copy]]

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

* [[Delegation (programming)|Delegation]]

*[[Object (computer science)|Class object]]

* [[Dependency injection]]

*[[Class variable]]

* [[Destructor (computer science)|Destructor]]

*[[Cohesion (computer science)|Cohesion]]

* [[Dispatch table]]

*[[Collection class]]

* [[Dynamic binding (computer science)]] (also called Late Binding)

*[[Object composition|Composition]]

* [[Dynamic class]]

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

* [[Dynamic dispatch]]

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

* [[Dynamic variable]]

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

* [[Type system|Dynamically typed language]]

*[[Copy constructor]]

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

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

== E D==

*[[Data-driven design]]

* [[Name binding|Early binding]]

*[[Information hiding|Data hiding]]

* [[Encapsulation (computer science)]]

*[[Default constructor]]

* [[European Conference on Object-Oriented Programming]]

*[[Object copy|Deep copy]]

* [[Exception handling]]

*[[Delegation (programming)|Delegation]]

*[[Dependency injection]]

*[[Destructor (computer science)|Destructor]]

*[[Dispatch table]]

*[[Late binding|Dynamic binding]]

*[[Dynamic dispatch]]

*[[Type system|Dynamically typed language]]

== F E==

*[[Name binding|Early binding]]

* [[Facade pattern|Facade]] - pattern

*[[Eigenclass model|Eigenclass]]

* [[Factory method pattern]]

*[[Encapsulation (computer programming)]]

* [[Factory object]]

*[[European Conference on Object-Oriented Programming]]

* [[Factory pattern]]

* [[FinalizerException handling]]

*[[Software extension|Extension]]

* [[First-class function]]

* [[Fragile base class]]

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

*[[fibonacci series]]

== G F==

*[[Facade pattern|Facade]] - pattern

* [[Generic programming|Generic Programming]]

*[[Factory method pattern]]

*[[Factory object]]

*[[Factory pattern]]

*[[Member variable|Field]]

*[[Finalizer]]

*[[First-class function]]

*[[Fragile base class]]

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

== H G==

*[[Generic programming]]

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

*[[God object]]

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

== I H==

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

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

* [[InformationHelper hidingclass]]

* [[Inheritance (objectMulti-orientedparadigm programming) language|Hybrid Inheritancelanguage]]

* [[Booting|Initialize]]

* [[inline expansion|Inline function]]

* [[Inner class]]

* [[Object (computer science)|Instance]]

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

* [[Instance variable]] (also called data member)

* [[Unified Modeling Language|Interaction diagram]]

* [[Interface (computer science)]]

* [[Inversion of control]]

* [[Iterator]]

== L I==

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

* [[Dynamic binding (computer science)|Late binding]]

*[[Information hiding]]

* [[Liskov substitution principle]]

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

*[[Booting|Initialize]]

*[[Inline expansion|Inline function]]

*[[Inner class]]

*[[Instance (computer science)]]

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

*[[Instance variable]] (also called data member)

*[[Unified Modeling Language|Interaction diagram]]

*[[Interface (computing)|Interface]]

*[[Inversion of control]] (IoC)

*[[Iterator]]

==L==

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*[[Late binding]]

*[[Liskov substitution principle]]

== M ==

* [[Class (computer programming)#Member accessibilityvisibility|Member accessibility]]

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

* [[Message passing]]

*[[Metaclass]]

* [[Message selector]] (also called method selector)

* [[MetaclassMetaprogramming]]

*[[Method (computer programming)]]

* [[Metaprogramming]]

* [[Method designatorMixin]]

* [[MethodMock lookupobject]]

* [[MixinMock trainwreck]]

*[[Model–view–controller]] (MVC)

* [[Mock object]]

*[[Modular programming]]

* [[Model–view–controller]]

* [[ModularMultiple programmingdispatch]]

* [[Multiple dispatchinheritance]]

* [[MultipleMultitier inheritancearchitecture]]

* [[MultitierMutable architecturevariable]]

* [[MutableMutator variablemethod]]

* [[Mutator method]]

== N ==

* [[Name mangling]]

* [[Namespace (computer science)|Namespace]]

* [[Java Native Interface|Native method]]

* [[Inner class|Nested class]]

== O ==

* [[Object (computer science)]]

* [[Object hierarchytype]]

*[[OOPSLA]] – annual conference on Object-Oriented Programming, Systems, Languages, and Applications

* [[Object type]]

*[[Open/closed principle]]

* [[OOPSLA]] – annual conference on Object-Oriented Programming Systems Language and Application

*[[Orthogonal (computing)|Orthogonality]]

* [[Open/closed principle]]

*[[Operator overloading|Overload]]

* [[Orthogonality#Computer science|Orthogonality]]

* [[Operator overloading|Overload]]

== P ==

* [[Class (computer programming)#Member accessibilityvisibility|packagePackage]]

* [[TypePolymorphism (computer polymorphismscience)|Parametric overloading]]

* [[Generic programming|Parameterized classclasses]]es

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

* [[Partial class]]

* [[Software design pattern|Patterns]]

* [[PersistentPolicy-based objectdesign]]

*[[Polymorphism (computer science)|Polymorphic]]

* [[Policy-based design]]

*[[Primitive data type]]

* [[Type polymorphism|Polymorphic]]

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

* [[Primitive data type]]

*[[Programming paradigm]]

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

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

* [[Programming paradigm]]

* {{Cpp|protected}}, a way of [[Encapsulation_Protocol (object-oriented_programming)#Encapsulation|encapsulation]] in [[object-oriented programming)|Protocol]]

*[[Prototype pattern]]

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

* [[Prototype-based patternprogramming]]

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

* [[Prototype-based programming]]

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

* [[Pseudo-variable]]

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

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

* [[Type polymorphism|Pure polymorphism]]

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

== R ==

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

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

* [[Recursion]]

*[[Refinement (computing)|Refinement]]

* [[Reference variable]]

*[[Reflective programming]] (reflection)

* [[Program refinement|Refinement]]

*[[Responsibility-driven design]]

* [[Reflection (computer science)|Reflection]]

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

* [[Responsibility-driven design]]

*[[Run-time type information]]

* [[Type polymorphism|Reverse polymorphism]]

* [[Run-time type information]]

== S ==

* [[Scope (programming)|Scope]]

*[[Object copy|Shallow copy]], in contrast to ''deep copy''

* [[Shadowed name]]

*[[Single responsibility principle]]

* [[Object copy|Shallow copy]], as opposed to ''deep copy''

*[[Singleton pattern]]

* [[Single responsibility principle|Single Responsibility Principle]]

*[[Singly rooted hierarchy]]

* [[Single-assignment variable]]

*[[Object slicing|Slicing]]

* [[Singleton pattern]]

*[[Specification class]], a class implementing [[abstract type|abstract class]]

* [[Singly rooted hierarchy]]

*[[Stack-based memory allocation]]

* [[Object slicing|Slicing]]

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

* [[Specification class]], a class implementing [[abstract type|abstract class]]

*[[Type system|Static typing]], in contrast to ''dynamic typing''

* [[Stack-based memory allocation]]

*[[Strong and weak typing]]

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

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

* [[Type system|Statically typed language]], as opposed to Dynamically typed language

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

* [[Strongly-typed programming language]]

*[[SOLID (object-oriented design)|SOLID]]

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

*[[Substitutability]], principle of

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

*[[Subtyping|Subtype]]

* [[SOLID (object-oriented design)|SOLID]]

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

* [[Substitutability]], principle of

* [[Subtype]]

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

== T ==

* [[Multitier architecture|Tiers]]

* [[Template method pattern]]

*[[Test-driven development]]

* [[Trait (computer science)|Trait]]

*[[Trait (computer science)|Trait]]

* [[Type system|Type]]

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

== V ==

*[[Virtual class]]

* [[Verb: to program to]] (see discussion)

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

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

* [[Virtual function pointerinheritance]] (also called virtualObject methodOriented pointerProgramming)

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

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

*Viscosity (programming)

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

* [[ViscosityVoid (programming)type]]

== W ==

* [[Weak reference]]

== Y ==

* [[Yo-yo problem]]

==Z==

[[Category:Object-oriented programming| List]]

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[[Category:Lists of programming languages|Object-oriented programming]]

[[Category:Object-oriented programming|*]]

[[Category:Lists of computer terms|Object-oriented programming terms]]

[[Category:Indexes of topics|Object-oriented programming terms]]

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