This works presents the K debugger - a language independent program debugger. The debugger is a part of the suite of tools that form the K framework. Conventional language dependent debuggers rely on an ad-hoc model of the underlying programming semantics, and may thus be incapable, or inaccurate in their ability to rectify a program’s behavior. The K debugger uses a different approach - it’s parametric over the K semantics of the programming language, which exposes accurate and subtle faults. The K debugger generalizes behaviors of conventional debuggers, providing users with a uniform interface that works across programming languages. Moreover, the K debugger is formal, performant and highly configurable, allowing it to adapt to the any p...
We propose debugging tools for the development of environments for logic programming languages. Suc...
Programming-language research has introduced a considerable number of advanced-dispatching mechanism...
this paper is to examine recent and current debugging approaches that promise to have the potential ...
This works presents the K debugger - a language independent program debugger. The debugger is a part...
In 1997, the general lack of debugging tools was termed the debugging scandal. Today, as new languag...
This article is devoted to the issues of debugging programs in modern high-level languages. There ar...
Tool support is vital to the effectiveness of domain-specific languages. With language workbenches, ...
The design and implementation of a language-independent, interactive system to facilitate the analys...
AbstractDeclarative debugging has been proposed as a suitable technique for diagnosing errors. It is...
Domain-specific languages (DSLs) assist a software developer (or end-user) in writing a program usin...
AbstractMany languages viz. COBOL, C, C++, Java, Python etc have emerged and evolved in the arena of...
Using the K framework [6,15], it is possible to define the semantics of programming languages and la...
AbstractThis paper gives an overview of the tool-supported K framework for semantics-based programmi...
Acid is an unusual source-level symbolic debugger for Plan 9. It is implemented as a language interp...
A common trend in programming language specification is to generate various tools (e.g., compiler, e...
We propose debugging tools for the development of environments for logic programming languages. Suc...
Programming-language research has introduced a considerable number of advanced-dispatching mechanism...
this paper is to examine recent and current debugging approaches that promise to have the potential ...
This works presents the K debugger - a language independent program debugger. The debugger is a part...
In 1997, the general lack of debugging tools was termed the debugging scandal. Today, as new languag...
This article is devoted to the issues of debugging programs in modern high-level languages. There ar...
Tool support is vital to the effectiveness of domain-specific languages. With language workbenches, ...
The design and implementation of a language-independent, interactive system to facilitate the analys...
AbstractDeclarative debugging has been proposed as a suitable technique for diagnosing errors. It is...
Domain-specific languages (DSLs) assist a software developer (or end-user) in writing a program usin...
AbstractMany languages viz. COBOL, C, C++, Java, Python etc have emerged and evolved in the arena of...
Using the K framework [6,15], it is possible to define the semantics of programming languages and la...
AbstractThis paper gives an overview of the tool-supported K framework for semantics-based programmi...
Acid is an unusual source-level symbolic debugger for Plan 9. It is implemented as a language interp...
A common trend in programming language specification is to generate various tools (e.g., compiler, e...
We propose debugging tools for the development of environments for logic programming languages. Suc...
Programming-language research has introduced a considerable number of advanced-dispatching mechanism...
this paper is to examine recent and current debugging approaches that promise to have the potential ...