As its inspiring predecessor , the Type Object pattern[Woolf96], allows to decouple instances from their class so that those classes can be implemented as instances of a class and provide the ability of adding arbitrary number of subclasses and class attributes. The refinenment presented here, takes this idea and also allows a dynamically created class to support single inheritance, allowing setting not only it's superclasses but an arbitrary number of subclasses
This paper examines the concepts of template, class, object and type using concrete examples from th...
A type may be a subtype of another type. The intuition about this should be clear: a type is a type ...
The DYNAMIC FACTORY pattern describes a factory that can create product instances based on concrete ...
As its inspiring predecessor , the Type Object pattern[Woolf96], allows to decouple instances from t...
Define the interface for a hierarchy of classes while deferring the implementation to subclasses. Ab...
Decouple instances from their classes so that those classes can be implemented as instances of a cla...
Reuse of and abstraction over object initialization logic is not prop-erly supported in mainstream o...
. In the area of object-orientation there is a long-standing schism between the rigid but safe stati...
The DYNAMIC FACTORY pattern describes how to create a factory that allows the creation of unanticipa...
We present type substitution as a new genericity mechanism for object-oriented languages. It is a s...
In this session we introduce inheritance - one of the cornerstone concepts of object oriented progra...
The conceptual modeling of real-life situations often requires expressing some kind of multiple, mul...
The object-oriented type theory for non-specialists is discussed. It is shown that how parametric po...
none3Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, ...
In the object-oriented paradigm, objects are instances of the conceptual entities that describe thei...
This paper examines the concepts of template, class, object and type using concrete examples from th...
A type may be a subtype of another type. The intuition about this should be clear: a type is a type ...
The DYNAMIC FACTORY pattern describes a factory that can create product instances based on concrete ...
As its inspiring predecessor , the Type Object pattern[Woolf96], allows to decouple instances from t...
Define the interface for a hierarchy of classes while deferring the implementation to subclasses. Ab...
Decouple instances from their classes so that those classes can be implemented as instances of a cla...
Reuse of and abstraction over object initialization logic is not prop-erly supported in mainstream o...
. In the area of object-orientation there is a long-standing schism between the rigid but safe stati...
The DYNAMIC FACTORY pattern describes how to create a factory that allows the creation of unanticipa...
We present type substitution as a new genericity mechanism for object-oriented languages. It is a s...
In this session we introduce inheritance - one of the cornerstone concepts of object oriented progra...
The conceptual modeling of real-life situations often requires expressing some kind of multiple, mul...
The object-oriented type theory for non-specialists is discussed. It is shown that how parametric po...
none3Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, ...
In the object-oriented paradigm, objects are instances of the conceptual entities that describe thei...
This paper examines the concepts of template, class, object and type using concrete examples from th...
A type may be a subtype of another type. The intuition about this should be clear: a type is a type ...
The DYNAMIC FACTORY pattern describes a factory that can create product instances based on concrete ...