Andere Kunden interessierten sich auch für
![Visibility in a Real-World Cross-Platform Game Engine]( "Visibility in a Real-World Cross-Platform Game Engine")
Visibility in a Real-World Cross-Platform Game Engine32,99 €![EFFICIENT VISIBILITY FOR DISTRIBUTED VIRTUAL URBAN ENVIRONMENTS]( "EFFICIENT VISIBILITY FOR DISTRIBUTED VIRTUAL URBAN ENVIRONMENTS")
EFFICIENT VISIBILITY FOR DISTRIBUTED VIRTUAL URBAN ENVIRONMENTS32,99 €![Datenintegration im Unternehmen]( "Datenintegration im Unternehmen")
Datenintegration im Unternehmen49,00 €![Simulation of a KNX network with EIBsec protocol extensions]( "Simulation of a KNX network with EIBsec protocol extensions")
Simulation of a KNX network with EIBsec protocol extensions38,99 €![Importance and reliability of cost accounting through IS]( "Importance and reliability of cost accounting through IS")
Importance and reliability of cost accounting through IS26,99 €![Network, Smart and Open]( "Network, Smart and Open")
Network, Smart and Open74,99 €![Design and Implementation of GCP in a Make to Order Environment]( "Design and Implementation of GCP in a Make to Order Environment")
Design and Implementation of GCP in a Make to Order Environment38,99 €
Unanticipated changes to complex software systems can
introduce
anomalies such as duplicated code, suboptimal
inheritance
relationships and a proliferation of run-time
downcasts. Refactoring
to eliminate these anomalies may not be an option, at
least in
certain stages of software evolution.
A class extension is a method that is defined in a
module, but
whose class is defined elsewhere. Class extensions
offer a
convenient way to incrementally modify existing
classes when
subclassing is inappropriate. Unfortunately existing
approaches
suffer from various limitations. Either class
extensions have a global
impact or they have a purely local impact, with
negative results for
collaborating clients. Furthermore, conflicting class
extensions are
either disallowed, or resolved by linearization, with
subsequent
negative effects.
To solve these problems we present classboxes, a
module system
for object-oriented languages that provides for
behavior refinement
(i.e., method addition and replacement). Moreover,
the changes
made by a classbox are only visible to that classbox
(or classboxes
that import it), a feature we call local rebinding.
introduce
anomalies such as duplicated code, suboptimal
inheritance
relationships and a proliferation of run-time
downcasts. Refactoring
to eliminate these anomalies may not be an option, at
least in
certain stages of software evolution.
A class extension is a method that is defined in a
module, but
whose class is defined elsewhere. Class extensions
offer a
convenient way to incrementally modify existing
classes when
subclassing is inappropriate. Unfortunately existing
approaches
suffer from various limitations. Either class
extensions have a global
impact or they have a purely local impact, with
negative results for
collaborating clients. Furthermore, conflicting class
extensions are
either disallowed, or resolved by linearization, with
subsequent
negative effects.
To solve these problems we present classboxes, a
module system
for object-oriented languages that provides for
behavior refinement
(i.e., method addition and replacement). Moreover,
the changes
made by a classbox are only visible to that classbox
(or classboxes
that import it), a feature we call local rebinding.