This paper presents techniques to reason about the composition of configurable components and to automatically derive consistent compositions. The reasoning is achieved by describing components in a formal component description language, that allows the description of component variability, dependencies and configuration actions. It also enables the automatic, configuration-driven, derivation of product instances. To illustrate the approach we instantiate the abstract component model for Java components (packages
A component is a pre-fabricated, pre-tested software object that provides clients with a well-define...
This paper describes a Java-based framework for developing componentbased software systems supportin...
A software component model should define what components are, and how they can be composed. That is,...
Modern software systems become increasingly complex as they are expected to support a large variety ...
In component-based software systems, sometimes it is difficult to find a single component implementa...
Component Models define standards for describing components and mechanisms to build applications out...
Colloque avec actes et comité de lecture. internationale.International audienceWe are interested in ...
International audienceThis paper considers the use of a state-of-the-art, general-purpose, component...
One of today’s challenges is producing reliable software in the face of an increasing number of inte...
textabstractIn component-based product populations, feature models have to be described at the compo...
The paper presents an extension for the JavaBeans component model that enables creating composed com...
AbstractThis article presents new techniques for the assembly of component instances which go beyond...
The main characteristics of component models is their strict structure enabling better code reuse. C...
Present-day software systems are challenged by increasing demands for modifiability and evolvability...
In this paper we present JTN2 (Java Targeted Notation 2) a notation for component-based design of Ja...
A component is a pre-fabricated, pre-tested software object that provides clients with a well-define...
This paper describes a Java-based framework for developing componentbased software systems supportin...
A software component model should define what components are, and how they can be composed. That is,...
Modern software systems become increasingly complex as they are expected to support a large variety ...
In component-based software systems, sometimes it is difficult to find a single component implementa...
Component Models define standards for describing components and mechanisms to build applications out...
Colloque avec actes et comité de lecture. internationale.International audienceWe are interested in ...
International audienceThis paper considers the use of a state-of-the-art, general-purpose, component...
One of today’s challenges is producing reliable software in the face of an increasing number of inte...
textabstractIn component-based product populations, feature models have to be described at the compo...
The paper presents an extension for the JavaBeans component model that enables creating composed com...
AbstractThis article presents new techniques for the assembly of component instances which go beyond...
The main characteristics of component models is their strict structure enabling better code reuse. C...
Present-day software systems are challenged by increasing demands for modifiability and evolvability...
In this paper we present JTN2 (Java Targeted Notation 2) a notation for component-based design of Ja...
A component is a pre-fabricated, pre-tested software object that provides clients with a well-define...
This paper describes a Java-based framework for developing componentbased software systems supportin...
A software component model should define what components are, and how they can be composed. That is,...