http://dl.acm.org/citation.cfm?id=2378060.2378061International audienceWe extend the type system for the Lambda Calculus of Objects [16] with a mechanism of width subtyping and a treatment of incomplete objects. The main novelties over previous work are the use of subtype-bounded quantification to capture a new and more direct rendering of MyType polymorphism, and a uniform treatment for other features that were accounted for via different systems in subsequent extensions [7, 6] of [16]. The new system provides for (i) appropriate type specialization of inherited methods, (ii) static detection of errors, (iii) width subtyp-ing compatible with object extension, and (iv) sound typing for partially specified objects
AbstractA relation between recursive object types, called matching, has been proposed [8] to provide...
Existing type systems for object calculi [2] are based on invariant subtyping. Subtyping invariance ...
Existing type systems for object calculi are based on invariant subtyping. Subtyping invariance is r...
International audienceWe extend the type system for the Lambda Calculus of Objects [14] to account f...
http://dl.acm.org/citation.cfm?id=2378060.2378061International audienceWe extend the type system for...
Labeled types and a new relation between types are added to the lambda calculus of objects as descr...
International audienceLabeled types and a new relation between types are added to the lambda calculu...
International audienceIn this paper, we present an explicitly typed version of the Lambda Calculus o...
This paper extends the Lambda Calculus of Objects as proposed in [5] with a new support for incompl...
International audienceThis paper extends the Lambda Calculus of Objects as proposed in [5] with a ne...
Subtyping appears in a variety of programming languages, in the form of the "automatic coercion...
International audienceThe last few years have seen the development of statically typed object based ...
AbstractExisting type systems for object calculi are based on invariant subtyping. Subtyping invaria...
This paper presents an untyped lambda calculus, extended with object primitives that reflect the cap...
We present a subtyping extension to the Hindley/Milner type system that is based on name inequivalen...
AbstractA relation between recursive object types, called matching, has been proposed [8] to provide...
Existing type systems for object calculi [2] are based on invariant subtyping. Subtyping invariance ...
Existing type systems for object calculi are based on invariant subtyping. Subtyping invariance is r...
International audienceWe extend the type system for the Lambda Calculus of Objects [14] to account f...
http://dl.acm.org/citation.cfm?id=2378060.2378061International audienceWe extend the type system for...
Labeled types and a new relation between types are added to the lambda calculus of objects as descr...
International audienceLabeled types and a new relation between types are added to the lambda calculu...
International audienceIn this paper, we present an explicitly typed version of the Lambda Calculus o...
This paper extends the Lambda Calculus of Objects as proposed in [5] with a new support for incompl...
International audienceThis paper extends the Lambda Calculus of Objects as proposed in [5] with a ne...
Subtyping appears in a variety of programming languages, in the form of the "automatic coercion...
International audienceThe last few years have seen the development of statically typed object based ...
AbstractExisting type systems for object calculi are based on invariant subtyping. Subtyping invaria...
This paper presents an untyped lambda calculus, extended with object primitives that reflect the cap...
We present a subtyping extension to the Hindley/Milner type system that is based on name inequivalen...
AbstractA relation between recursive object types, called matching, has been proposed [8] to provide...
Existing type systems for object calculi [2] are based on invariant subtyping. Subtyping invariance ...
Existing type systems for object calculi are based on invariant subtyping. Subtyping invariance is r...