Languages with rich type systems are beginning to employ a blend of type inference and type checking, so that the type inference engine is guided by programmer-supplied type annotations. In this paper we show, for the first time, how to combine the virtues of two well-established ideas: unification-based inference, and bidirectional propagation of type annotations. The result is a type system that conservatively extends Hindley-Milner, and yet supports both higher-rank types and impredicativity
This paper addresses the question of how to extend OCaml’s Hindley-Milner type system with types ind...
International audienceType inference—the problem of determining whether a program is well-typed—is w...
International audienceThis paper presents a powerful and flexible technique for defining type infere...
Boxy Types: Inference for Higher-Rank Types and Impredicativity Languages with rich type systems are...
Languages with rich type systems are beginning to employ a blend of type inference and type checking...
Languages with rich type systems are beginning to employ a blend of type inference and type checking...
Haskell\u27s popularity has driven the need for ever more expressive type system features, most of w...
Type inference is a key component of modern statically typed programming languages. It allows progra...
We study an extension of the Hindley/Milner system with explicit type scheme annotations and type de...
The Hindley-Milner HM type system automatically infers the types at which polymorphic functions are ...
Languages supporting polymorphism typically have ad-hoc restrictions on where polymorphic types may ...
We consider type systems that combine universal types, recursive types, and object types. We study t...
We consider the problems of first-order unification and type inference from a general perspective on...
This paper addresses the question of how to extend OCaml’s Hindley-Milner type system with types ind...
AbstractThe Hindley/Milner discipline for polymorphic type inference in functional programming langu...
This paper addresses the question of how to extend OCaml’s Hindley-Milner type system with types ind...
International audienceType inference—the problem of determining whether a program is well-typed—is w...
International audienceThis paper presents a powerful and flexible technique for defining type infere...
Boxy Types: Inference for Higher-Rank Types and Impredicativity Languages with rich type systems are...
Languages with rich type systems are beginning to employ a blend of type inference and type checking...
Languages with rich type systems are beginning to employ a blend of type inference and type checking...
Haskell\u27s popularity has driven the need for ever more expressive type system features, most of w...
Type inference is a key component of modern statically typed programming languages. It allows progra...
We study an extension of the Hindley/Milner system with explicit type scheme annotations and type de...
The Hindley-Milner HM type system automatically infers the types at which polymorphic functions are ...
Languages supporting polymorphism typically have ad-hoc restrictions on where polymorphic types may ...
We consider type systems that combine universal types, recursive types, and object types. We study t...
We consider the problems of first-order unification and type inference from a general perspective on...
This paper addresses the question of how to extend OCaml’s Hindley-Milner type system with types ind...
AbstractThe Hindley/Milner discipline for polymorphic type inference in functional programming langu...
This paper addresses the question of how to extend OCaml’s Hindley-Milner type system with types ind...
International audienceType inference—the problem of determining whether a program is well-typed—is w...
International audienceThis paper presents a powerful and flexible technique for defining type infere...