Fully-parameterized, first-class modules with hygienic macros , dissertation by Martin Gasbichler, 2006.
It is possible to define a formal semantics for configuration, elaboration, linking, and evaluation of fully-parameterized first-class modules with hygienic macros, independent compilation, and code sharing.
This dissertation defines such a semantics making use of explicit substitution to formalize hygienic expansion and linking.
In the module system, interfaces define the static semantics of modules and include the definitions of exported macros.
This enables full parameterization and...
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