abstract data type

Instead they are defined as abstract data type in libraries.

Users of the language can also define their own abstract data types.

There are two other major abstract data types for meta-programming.

Such abstract data types can only be derived from.

A class containing a pure virtual function is called an abstract data type.

Using the terminology of object-orientation, animal is a class or abstract data type.

Bunch (computer science), an abstract data type that can be understood as a set without the "packaging"

In addition to strings, the following abstract data types are supported:

Any type that does not specify an implementation is an abstract data type.

Model extended Pascal to include an abstract data type (object) mechanism and some other features.

An event is an abstract data type with a boolean state and the following operations:

The Gödel approach to meta-programming is to exploit abstract data types.

Functionality simply requires that it knows the abstract data type of the variables it is working with.

Concrete geographic positions make objects far easier to visualise than with abstract data types.

In computer science, many abstract data types can be endowed with a monoid structure.

Gödel also makes significant use of abstract data types, which are implemented by means of the module and type systems.

The choice of the data structure often begins from the choice of an abstract data type.

Some popular decomposition paradigms are the procedural, modules, abstract data type and object oriented ones.

Serialization, however, breaks the opacity of an abstract data type by potentially exposing private implementation details.

The system module Theories provides operations on this abstract data type which can be used to implement theorem provers, for example.

In computer science, a pile is an abstract data type for storing data in a loosely ordered way.

Adapting abstract data type design methods to object-oriented programming results in a data-driven design.

An abstract data type consists of a type and a collection of operations on the type.

Type-constructors include functions, sets, tuples, records, enumerations, and abstract data types.

Languages with abstract data type support, but not all features of object-orientation, sometimes called object-based languages.