Implemented as a SICStus Prolog library, it allows CLP(FD) program- mers to trace FD variable domain changes. FDBG is capable of detecting the wake-up of ...
A trace based debugger for the CLP( ) library of SICStus Prolog, a library which neatly embeds the theory of finite domain constraints into Prolog.
We have decided to develop a trace based debugger for the CLP(FD) library of SICStus Prolog, a library which neatly embeds the theory of finite domain.
FDBG was written almost entirely in Prolog, as user space code, no native routines were used directly. The library (along with its source code) is part of the ...
Jul 7, 2013 · It's a bug in library(fdbg). It has been fixed for the upcoming SICStus 4.3.
10.14.4.6 Debugging Global Constraints. Missing pruning and excessive pruning are the two major classes of bugs in the implementation of global constraints.
Code using library(clpfd) can be debugged with the usual debugger, but it does not capture all relevant aspects of constraint execution: the propagation cascade ...
May 9, 2013 · I have a program in SICStus Prolog (clpfd) and I would like to see what is going on during labeling . I tried trace but it is too verbose which ...
The goal of FDBG (which is short for Finite domain DeBuGger) is to fill in this gap. FDBG was written almost entirely in Prolog, as user space code, no native ...
Missing: CLPFD | Show results with:CLPFD
Instead, the primary benefit of CLP(FD) constraints is that they allow you to try different execution orders and apply declarative debugging techniques at all!
Missing: FDBG, | Show results with:FDBG,