AbstractWe describe a type system for a generative mechanism that generalizes the concept of generic types by combining it with a controlled form of reflection. This mechanism makes many code generation tasks possible for which generic types alone would be insufficient. The power of code generation features are carefully balanced with their safety, which enables us to perform static type checks on generator code. This leads to a generalized notion of type safety for generators
Program generation is among the most promising techniques in the effort to increase the automation o...
Runtime reflection facilities, as present in Java and.NET, are powerful mechanisms for inspecting ex...
Compilers for polymorphic languages can use runtime type in-spection to support advanced implementat...
We describe a type system for a generative mechanism that generalizes the concept of generic types b...
AbstractWe describe a type system for a generative mechanism that generalizes the concept of generic...
Reflection has been used to address many different problem areas, and the term reflection has itself...
This paper advances a general theory of "generator" systems which is used to attack severa...
Reflective Metaprogramming is capable of inspecting code, enables us to write templates, and can aut...
Reflective systems allow their own structures to be altered from within. In a programming system ref...
Programming languages use type systems to reduce number of bugs. Type systems of most languages are ...
AbstractGeneric programming allows you to write a function once, and use it many times at different ...
In this paper we analyze existing generative programming technologies with respect to prototypical e...
We present a higher-order module system similar to those found in Standard ML and Objective Caml. Ou...
© 2017 Copyright held by the owner/author(s). Meta-programs are programs that generate other program...
Program Generation (PG) is a widely applicable technique that can improve efficiency and modularity ...
Program generation is among the most promising techniques in the effort to increase the automation o...
Runtime reflection facilities, as present in Java and.NET, are powerful mechanisms for inspecting ex...
Compilers for polymorphic languages can use runtime type in-spection to support advanced implementat...
We describe a type system for a generative mechanism that generalizes the concept of generic types b...
AbstractWe describe a type system for a generative mechanism that generalizes the concept of generic...
Reflection has been used to address many different problem areas, and the term reflection has itself...
This paper advances a general theory of "generator" systems which is used to attack severa...
Reflective Metaprogramming is capable of inspecting code, enables us to write templates, and can aut...
Reflective systems allow their own structures to be altered from within. In a programming system ref...
Programming languages use type systems to reduce number of bugs. Type systems of most languages are ...
AbstractGeneric programming allows you to write a function once, and use it many times at different ...
In this paper we analyze existing generative programming technologies with respect to prototypical e...
We present a higher-order module system similar to those found in Standard ML and Objective Caml. Ou...
© 2017 Copyright held by the owner/author(s). Meta-programs are programs that generate other program...
Program Generation (PG) is a widely applicable technique that can improve efficiency and modularity ...
Program generation is among the most promising techniques in the effort to increase the automation o...
Runtime reflection facilities, as present in Java and.NET, are powerful mechanisms for inspecting ex...
Compilers for polymorphic languages can use runtime type in-spection to support advanced implementat...