AbstractIn this paper, we propose to apply declarative debugging to Datalog programs. Our approach relies on program semantics rather than on the computation mechanism. The debugging process starts when the user detects an unexpected answer. By asking questions about the intended semantics, the debugger looks for incorrect program relations. While usual declarative debuggers for other languages are based on computation trees, we show that graphs are more convenient structures for representing Datalog computations. The theoretical framework is complemented by the implementation of a debugger for the deductive database system DES, a publicly available open-source project
We present a generic scheme for the declarative debugging of functional logic programs which is vali...
Declarative debugging has many advantages over conventional approaches to debugging for logic and fu...
Abstract. Declarative debugging has been applied to many declarative program-ming paradigms; in this...
Abstract. The logic programming language Datalog has been extensively researched as a query language...
AbstractIn this paper, we propose to apply declarative debugging to Datalog programs. Our approach r...
AbstractDeclarative debugging has been proposed as a suitable technique for diagnosing errors. It is...
The thesis describes a new approach to declarative debugging (error diagnosis) of logic programs, in...
We present a declarative debugger for lazy functional logic programs with polymorphic type disciplin...
AbstractWe present a declarative debugger for lazy functional logic programs with polymorphic type d...
Debugging is one of the essential parts of the software development cycle. However, the usual debugg...
Abstract. The semantics of static deductive databases is well understood based on the work in logic ...
This thesis describes a new approach to declarative debugging (error diagnosis) of logic programs. T...
We present a general framework for the declarative debugging of functional logic programs, which is ...
© 2006 Dr. Bernard James Pope.This thesis considers the design and implementation of a Declarative D...
Algorithmic debugging, as presented by Shapiro, is an interactive process where the debugging system...
We present a generic scheme for the declarative debugging of functional logic programs which is vali...
Declarative debugging has many advantages over conventional approaches to debugging for logic and fu...
Abstract. Declarative debugging has been applied to many declarative program-ming paradigms; in this...
Abstract. The logic programming language Datalog has been extensively researched as a query language...
AbstractIn this paper, we propose to apply declarative debugging to Datalog programs. Our approach r...
AbstractDeclarative debugging has been proposed as a suitable technique for diagnosing errors. It is...
The thesis describes a new approach to declarative debugging (error diagnosis) of logic programs, in...
We present a declarative debugger for lazy functional logic programs with polymorphic type disciplin...
AbstractWe present a declarative debugger for lazy functional logic programs with polymorphic type d...
Debugging is one of the essential parts of the software development cycle. However, the usual debugg...
Abstract. The semantics of static deductive databases is well understood based on the work in logic ...
This thesis describes a new approach to declarative debugging (error diagnosis) of logic programs. T...
We present a general framework for the declarative debugging of functional logic programs, which is ...
© 2006 Dr. Bernard James Pope.This thesis considers the design and implementation of a Declarative D...
Algorithmic debugging, as presented by Shapiro, is an interactive process where the debugging system...
We present a generic scheme for the declarative debugging of functional logic programs which is vali...
Declarative debugging has many advantages over conventional approaches to debugging for logic and fu...
Abstract. Declarative debugging has been applied to many declarative program-ming paradigms; in this...