Robert Alexander Lefebvre

Processing domain-specific languages is a challenging task that is often neglected in research software development. The Workbench Analysis Sequence Processor (WASP) provides a solution that streamlines domain-specific application input and data processing in a manner that facilitates both its use in current and future research software and the associated integrated development environments intended to accelerate the software’s adoption and impact. By providing lexical analysers, parsers, and interpreters, WASP creates an easy-to-traverse parse tree data structure accompanied by a validation and template engine and provides several lightweight reusable input languages and the Microsoft Language Server Protocol. These reusable and extensible capabilities are intended to improve research software engineering and accelerate software adoption, maintenance, and impact.

This document describes the theory and function of the Model for the Assessment of Reprocessing and Recycle with Innovative Execution (MARIE) software developed by Oak Ridge National Laboratory (ORNL). Specifically presented are the supported unit operations, underlying theory for processes such as dissolution and generic solvent extraction, execution, and supported output capabilities