The Implicit Invocation (II) architectural style improves modularity and is promoted by aspect-oriented (AO) languages and design patterns like Observer. However, it makes modular reasoning difficult, especially when reasoning about control effects of the advised code (subject). Our language Ptolemy, which was inspired by II languages, uses translucid contracts for modular reasoning about the control effects; however, this reasoning relies on Ptolemy\u27s event model, which has explicit event announcement and declared event types. In this paper we investigate how to apply translucid contracts to reasoning about events in other AO languages and even non-AO languages like C#
In object-oriented designs inversion of control is achieved by an event-driven programming style bas...
International audienceEvent-driven programming style in OO languages based on imperatively triggered...
From the early days of computers, researchers have been trying to invent effective and efficient mea...
The Implicit Invocation (II) architectural style improves modularity and is promoted by aspect-orien...
As aspect-oriented (AO) programming techniques become more widely used, their use in critical system...
Several proposals have advocated notion of aspect-oriented (AO) interfaces to solve modular reasonin...
<p>Aspect-oriented programming aims to separate crosscutting concerns into their own modules, called...
Implicit invocation and aspect-oriented languages provide related but distinct mechanisms for separa...
Implicit invocation (II) and aspect-oriented (AO) languages provide related but distinct mechanisms ...
Separating crosscutting concerns while preserving modular reasoning is challenging. Type-based inter...
In this demonstration we show our language Ptolemy, which allows for separation of crosscutting conc...
International audienceImplicit invocation languages, like aspect-oriented languages, automate the Ob...
Implicit invocation languages, like aspect-oriented languages, automate the Observer pattern, which ...
Various different aspect-oriented (AO) languages are intro- duced in the literature, and naturally a...
Aspect-oriented programming (AOP) promises improved modularity in software design. However, it also ...
In object-oriented designs inversion of control is achieved by an event-driven programming style bas...
International audienceEvent-driven programming style in OO languages based on imperatively triggered...
From the early days of computers, researchers have been trying to invent effective and efficient mea...
The Implicit Invocation (II) architectural style improves modularity and is promoted by aspect-orien...
As aspect-oriented (AO) programming techniques become more widely used, their use in critical system...
Several proposals have advocated notion of aspect-oriented (AO) interfaces to solve modular reasonin...
<p>Aspect-oriented programming aims to separate crosscutting concerns into their own modules, called...
Implicit invocation and aspect-oriented languages provide related but distinct mechanisms for separa...
Implicit invocation (II) and aspect-oriented (AO) languages provide related but distinct mechanisms ...
Separating crosscutting concerns while preserving modular reasoning is challenging. Type-based inter...
In this demonstration we show our language Ptolemy, which allows for separation of crosscutting conc...
International audienceImplicit invocation languages, like aspect-oriented languages, automate the Ob...
Implicit invocation languages, like aspect-oriented languages, automate the Observer pattern, which ...
Various different aspect-oriented (AO) languages are intro- duced in the literature, and naturally a...
Aspect-oriented programming (AOP) promises improved modularity in software design. However, it also ...
In object-oriented designs inversion of control is achieved by an event-driven programming style bas...
International audienceEvent-driven programming style in OO languages based on imperatively triggered...
From the early days of computers, researchers have been trying to invent effective and efficient mea...