Type providers, pioneered in the F# programming language, are a practical and powerful means of gaining the benefits of a modern static type system when working with data schemas that are defined outside of the programming language, such as relational databases. F# type providers are implemented using a form of compile-time code generation, which requires… (More)
We present an in-progress domain-specific language for ac-tuaries. Due to the mathematical sophistication of actuaries and the relatively high degree of formalization of the field, we conjecture that a dependently-typed functional language with special support for actuarial models will enable actuaries to develop software that is robust and understandable.
New regulations from the European Union, called <i>Solvency II</i>, require that life insurance and pension providers perform more complicated calculations to demonstrate their solvency. At the same time, exploiting alternative computational paradigms such as GPGPU requires a high degree of expertise about the hardware and ties the computational… (More)
Idris's reflection features allow Idris metaprograms to manipulate a representation of Idris's core language as a datatype, but these reflected terms were designed for ease of type checking and are therefore exceedingly verbose and tedious to work with. A simpler notation would make these programs both easier to read and easier to write. We describe a… (More)