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I will describe a new overloading notation, implemented in Idris,
I will describe a new overloading notation, implemented in Idris,
that facilitates programming, modularity and reuse in Embedded Domain Specifi�c Languages (EDSLs), and use it to reason about safe resource usage and
that facilitates programming, modularity and reuse in Embedded Domain Specific Languages (EDSLs), and use it to reason about safe resource usage and
state management. The EDSL separates the structural language constructs from
state management. The EDSL separates the structural language constructs from
primitive operations, and allows precisely-typed functions to be
primitive operations, and allows precisely-typed functions to be
lifted into the EDSL. In this way, we implement a generic framework for
lifted into the EDSL. In this way, we implement a generic framework for
constructing state-aware EDSLs for systems programming.
constructing state-aware EDSLs for systems programming.

Latest revision as of 12:15, 12 June 2012

Implementing Domain Specific Languages by Syntax Overloading by Edwin Brady

I will describe a new overloading notation, implemented in Idris, that facilitates programming, modularity and reuse in Embedded Domain Specific Languages (EDSLs), and use it to reason about safe resource usage and state management. The EDSL separates the structural language constructs from primitive operations, and allows precisely-typed functions to be lifted into the EDSL. In this way, we implement a generic framework for constructing state-aware EDSLs for systems programming.