Towards Absolutely Efficient Gradually Typed Languages
Siek and Taha (2006) introduce gradual typing as a theory for integrating static and dynamic typing in programming languages. Siek et al. (2015) expand on the goals of gradual typing. The goals are:
- support both fully static and fully dynamic typing,
- enable gradual migration between static and dynamic regions,
- provide sound interoperability between such regions, and
- static regions of code are as efficient as they would be in a statically typed language.
In addition to these goals, we add that dynamic regions should perform within a constant factor of the time in dynamically typed languages.
However, there is a tension between enabling interoperability between static and dynamic regions and achieving efficiency, especially in static regions of code. The purpose of our present work is to study the essential efficiency of gradual typing by constructing a prototype compiler in which we can implement approaches to minimizing overheads and carefully evaluate their impact on efficiency through empirical studies. Towards this goal, we give a status report on Schml, a compiler that translates the Gradually Typed Lambda Calculus to C.
|Towards Absolutely Efficient Gradually Typed Languages (abstract.pdf)||93KiB|
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|Position Paper: Performance Evaluation for Gradual Typing|
A: Asumu TakikawaNortheastern University, A: Daniel FelteyNortheastern University, A: Ben GreenmanNortheastern University, A: Max New, A: Jan VitekNortheastern University, A: Matthias FelleisenNortheastern UniversityMedia Attached
|Towards Absolutely Efficient Gradually Typed Languages|
A: Andre KuhlenschmidtIndiana University, A: Deyaaeldeen AlmahallawiIndiana University, A: Jeremy G. SiekIndiana UniversityFile Attached
|Towards a Static Type Checker for Python|
A: Francisco OrtinUniversity of Oviedo, A: Baltasar García Perez-Schofield, A: José Manuel Redondo LópezUniversity of OviedoFile Attached