AbstractBecause functions are abstract values without convenient print representations, implementing debuggers which support higher-order code is a challenge. We present an algorithm for statically specialising higher-order functions and encoding higher-order values to allow printing. We define our algorithm for a small functional language and discuss how it may be extended to support sophisticated features of modern functional programming languages. This research forms part of a project3 3Supported by the Australian Research Council. to build a declarative debugger for Haskell, based primarily on source-to-source transformation
Due to the absence of side effects, reasoning about functional programsis simpler than reasoning abo...
The amount of resources available on reconfigurable logic devices like FPGAs has seen a tremendous g...
This research is funded by NFS under grants CCR-0133502 and CCR-0325808. Higher-order encodings use ...
AbstractBecause functions are abstract values without convenient print representations, implementing...
Functional programs often define functions by pattern matching where patterns may inadvertedly overl...
Algorithmic debuggers for higher-order functional languages have to display functional values. Origi...
We present two tools which together allow reasoning about (a sub-stantial subset of) Haskell program...
Abstract: This paper describes an efficient interpreter for lazy functional languages like Haskell a...
Abstract. We present the meta-theory behind the code generation fa-cilities of Isabelle/HOL. To brid...
Program slicing is a well known family of techniques intended to identify and isolate code fragments...
Functional programming languages such as Haskell are fundamentally different from imperative languag...
Designing debugging tools for lazy functional programming languages is a complex task which is often...
Program slicing provides explanations that illustrate how program outputs were produced from inputs....
© 2006 Dr. Bernard James Pope.This thesis considers the design and implementation of a Declarative D...
Functional programming languages such as Haskell are fundamentally different from imperative languag...
Due to the absence of side effects, reasoning about functional programsis simpler than reasoning abo...
The amount of resources available on reconfigurable logic devices like FPGAs has seen a tremendous g...
This research is funded by NFS under grants CCR-0133502 and CCR-0325808. Higher-order encodings use ...
AbstractBecause functions are abstract values without convenient print representations, implementing...
Functional programs often define functions by pattern matching where patterns may inadvertedly overl...
Algorithmic debuggers for higher-order functional languages have to display functional values. Origi...
We present two tools which together allow reasoning about (a sub-stantial subset of) Haskell program...
Abstract: This paper describes an efficient interpreter for lazy functional languages like Haskell a...
Abstract. We present the meta-theory behind the code generation fa-cilities of Isabelle/HOL. To brid...
Program slicing is a well known family of techniques intended to identify and isolate code fragments...
Functional programming languages such as Haskell are fundamentally different from imperative languag...
Designing debugging tools for lazy functional programming languages is a complex task which is often...
Program slicing provides explanations that illustrate how program outputs were produced from inputs....
© 2006 Dr. Bernard James Pope.This thesis considers the design and implementation of a Declarative D...
Functional programming languages such as Haskell are fundamentally different from imperative languag...
Due to the absence of side effects, reasoning about functional programsis simpler than reasoning abo...
The amount of resources available on reconfigurable logic devices like FPGAs has seen a tremendous g...
This research is funded by NFS under grants CCR-0133502 and CCR-0325808. Higher-order encodings use ...