Assertions test expected properties of run-time values without disrupting the normal computation of a program. We present a library for enriching Haskell programs with assertions. Expected properties can be specified in a parser-combinator like language. The assertions are lazy: they do not force evaluation but only examine what is evaluated by the program. They are also prompt: assertion failure is reported as early as possible. The implementation is based on lazy observations and continuation-based coroutines
Given a program with assertions, the assertion checking problem is to tell whether there is an execu...
The debugging of lazy functional programs is a non yet satisfactorily solved problem. In recent year...
We propose a method for improving confidence in the correctness of Haskell programs by combining tes...
Assertions test expected properties of run-time values without disrupting the normal computation of ...
Assertions test expected properties of run-time values without disrupting the normal computation of ...
Assertions test expected properties of run-time values without disrupting the normal working of a pr...
Lazy functional programming languages need lazy assertions to ensure that assertions preserve the me...
AbstractLaziness restricts the exploitation of parallelism because expressions are evaluated only on...
Traditionally developers and testers created huge numbers of explicit tests, enumerating interesting...
The evaluation strategies of programming languages can be broadly categorised as strict or lazy. A c...
Traditionally developers and testers created huge numbers of explicit tests, enumerating interesting...
AbstractIn this article we use model checking techniques to debug Concurrent Haskell programs. LTL f...
AbstractHaskell employs a melange of strict and non-strict evaluation semantics, hence a Haskell ver...
Existing algorithmic debuggers for Haskell require a transformation of all modules in a program, eve...
Code deficiencies and bugs constitute an unavoidable part of software systems. In safety-critical sy...
Given a program with assertions, the assertion checking problem is to tell whether there is an execu...
The debugging of lazy functional programs is a non yet satisfactorily solved problem. In recent year...
We propose a method for improving confidence in the correctness of Haskell programs by combining tes...
Assertions test expected properties of run-time values without disrupting the normal computation of ...
Assertions test expected properties of run-time values without disrupting the normal computation of ...
Assertions test expected properties of run-time values without disrupting the normal working of a pr...
Lazy functional programming languages need lazy assertions to ensure that assertions preserve the me...
AbstractLaziness restricts the exploitation of parallelism because expressions are evaluated only on...
Traditionally developers and testers created huge numbers of explicit tests, enumerating interesting...
The evaluation strategies of programming languages can be broadly categorised as strict or lazy. A c...
Traditionally developers and testers created huge numbers of explicit tests, enumerating interesting...
AbstractIn this article we use model checking techniques to debug Concurrent Haskell programs. LTL f...
AbstractHaskell employs a melange of strict and non-strict evaluation semantics, hence a Haskell ver...
Existing algorithmic debuggers for Haskell require a transformation of all modules in a program, eve...
Code deficiencies and bugs constitute an unavoidable part of software systems. In safety-critical sy...
Given a program with assertions, the assertion checking problem is to tell whether there is an execu...
The debugging of lazy functional programs is a non yet satisfactorily solved problem. In recent year...
We propose a method for improving confidence in the correctness of Haskell programs by combining tes...