Dependent Prepositions Matching Flash Cards We present an algorithm elaborating definitions by dependent copattern matching to a core language with inductive datatypes, coinductive record types, an identity type, and constants defined by well typed case trees. We present an algorithm elaborating definitions by dependent copattern matching to a core language with inductive datatypes, coinductive record types, an identity type, and constants defined by well typed case trees.
Pdf Elaborating Dependent Co Pattern Matching Andreas Abel Based on this theoretical work, we reimplement the algorithm used by agda to check left hand sides of definitions by pattern matching. Finally, in sect. 5 we describe the rules for elaborating a 153 definition by dependent copattern matching to a well typed case tree, and prove that this trans 154 lation preserves the computational meaning of the given clauses. We present an algorithm elaborating definitions by dependent copattern matching to a core language with inductive data types, coinductive record types, an identity type, and constants defined by well typed case trees. To use a typechecker or proof assistant, we need to trust not only the core language but also the elaboration algorithm. it pays off to formalize elaboration i found a bug in agda by writing the proof. lets work together on a formally veried typechecker for dependent types.
Independent And Dependent Variable Matching By Duke Creations Tpt We present an algorithm elaborating definitions by dependent copattern matching to a core language with inductive data types, coinductive record types, an identity type, and constants defined by well typed case trees. To use a typechecker or proof assistant, we need to trust not only the core language but also the elaboration algorithm. it pays off to formalize elaboration i found a bug in agda by writing the proof. lets work together on a formally veried typechecker for dependent types. We present an algorithm elaborating definitions by dependent copattern matching to a core language with inductive data types, coinductive record types, an identity type, and constants defined by well typed case trees. In this paper we study this problem in particular for dependent copattern matching, a powerful language construct for writing programs and proofs by dependent case analysis and mixed induction coinduction. Dependent pattern matching is a key feature in dependently typed programming. however, there is a theory practice disconnect: while many proof assistants implement pattern matching as primitive, theoretical presentations give semantics to pattern matching by elaborating to eliminators. We present an algorithm elaborating definitions by dependent copattern matching to a core language with inductive datatypes, coinductive record types, an identity type, and constants defined by well typed case trees.
Independent And Dependent Variable Matching By Duke Creations Tpt We present an algorithm elaborating definitions by dependent copattern matching to a core language with inductive data types, coinductive record types, an identity type, and constants defined by well typed case trees. In this paper we study this problem in particular for dependent copattern matching, a powerful language construct for writing programs and proofs by dependent case analysis and mixed induction coinduction. Dependent pattern matching is a key feature in dependently typed programming. however, there is a theory practice disconnect: while many proof assistants implement pattern matching as primitive, theoretical presentations give semantics to pattern matching by elaborating to eliminators. We present an algorithm elaborating definitions by dependent copattern matching to a core language with inductive datatypes, coinductive record types, an identity type, and constants defined by well typed case trees.
Table 1 From Elaborating Dependent Co Pattern Matching No Pattern Dependent pattern matching is a key feature in dependently typed programming. however, there is a theory practice disconnect: while many proof assistants implement pattern matching as primitive, theoretical presentations give semantics to pattern matching by elaborating to eliminators. We present an algorithm elaborating definitions by dependent copattern matching to a core language with inductive datatypes, coinductive record types, an identity type, and constants defined by well typed case trees.
Table 1 From Elaborating Dependent Co Pattern Matching No Pattern
Comments are closed.