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Merge branch 'master' of yap.dcc.fc.up.pt:yap-6

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This commit is contained in:
Vitor Santos Costa 2010-11-24 10:01:47 +00:00
commit e03f030907
4 changed files with 477 additions and 6 deletions
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4
C/write.c
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@ -303,8 +303,8 @@ legalAtom(unsigned char *s) /* Is this a legal atom ? */
return (*++s == ']' && !(*++s)); return (*++s == ']' && !(*++s));
else if (ch == '{') else if (ch == '{')
return (*++s == '}' && !(*++s)); return (*++s == '}' && !(*++s));
else if (ch == '/') // else if (ch == '/')
return (*++s != '*'); // return (*++s != '*');
else if (Yap_chtype[ch] == SL) else if (Yap_chtype[ch] == SL)
return (!*++s); return (!*++s);
else if ((ch == ',' || ch == '.') && !s[1]) else if ((ch == ',' || ch == '.') && !s[1])

49
docs/yap.tex
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@ -1,4 +1,4 @@
´a\input texinfo @c -*- mode: texinfo; coding: latin-1; -*- <EFBFBD>a\input texinfo @c -*- mode: texinfo; coding: latin-1; -*-
@c %**start of header @c %**start of header
@setfilename yap.info @setfilename yap.info
@ -6733,6 +6733,12 @@ Operating System functionality:
@cnindex cd/1 @cnindex cd/1
Changes the current directory (on UNIX environments). Changes the current directory (on UNIX environments).
@item cd
@findex cd/0
@snindex cd/0
@cnindex cd/0
Changes the current directory (on UNIX environments) to the user's home directory.
@item environ(+@var{E},-@var{S}) @item environ(+@var{E},-@var{S})
@findex environ/2 @findex environ/2
@syindex environ/2 @syindex environ/2
@ -6749,6 +6755,18 @@ Changes the current directory (on UNIX environments).
Unify the current directory, represented as an atom, with the argument Unify the current directory, represented as an atom, with the argument
@var{D}. @var{D}.
@item pwd
@findex pwd/0
@snindex pwd/0
@cnindex pwd/0
Prints the current directory.
@item ls
@findex ls/0
@snindex ls/0
@cnindex ls/0
Prints a list of all files in the current directory.
@item putenv(+@var{E},+@var{S}) @item putenv(+@var{E},+@var{S})
@findex putenv/2 @findex putenv/2
@snindex putenv/2 @snindex putenv/2
@ -10463,14 +10481,14 @@ integers then @var{NUMBER} will also be an integer, otherwise
@syindex randseq/3 @syindex randseq/3
@cnindex randseq/3 @cnindex randseq/3
Unify @var{Numbers} with a list of @var{LENGTH} unique random integers Unify @var{Numbers} with a list of @var{LENGTH} unique random integers
in the range @code{[1 ...@var{MAX})}. in the range @code{[1<EFBFBD>...@var{MAX})}.
@item randset(+@var{LENGTH}, +@var{MAX}, -@var{Numbers}) @item randset(+@var{LENGTH}, +@var{MAX}, -@var{Numbers})
@findex randset/3 @findex randset/3
@syindex randset/3 @syindex randset/3
@cnindex randset/3 @cnindex randset/3
Unify @var{Numbers} with an ordered list of @var{LENGTH} unique random Unify @var{Numbers} with an ordered list of @var{LENGTH} unique random
integers in the range @code{[1 ...@var{MAX})}. integers in the range @code{[1<EFBFBD>...@var{MAX})}.
@item setrand(+@var{Key}) @item setrand(+@var{Key})
@findex setrand/1 @findex setrand/1
@ -12862,6 +12880,31 @@ are released.
@end table @end table
@node Block Diagram, Library
@section Block Diagram
@cindex Block Diagram
This library provides a way of visualizing a prolog program using modules with blocks.
To use it use: @code{:-use_module(library(block_diagram))}.
@table @code
@item make_diagram(+inputfilename, +ouputfilename)
@findex make_diagram/2
@snindex make_diagram/2
@cnindex make_diagram/2
This will crawl the files following the use_module, ensure_loaded directives withing the inputfilename.
The result will be a file in dot format.
You can make a pdf at the shell by asking @code{dot -Tpdf filename > output.pdf}.
@item make_diagram(+inputfilename, +ouputfilename, +predicate, +depth, +extension)
@findex make_diagram/2
@snindex make_diagram/2
@cnindex make_diagram/2
The same as @code{make_diagram/2} but you can define how many of the imported/exporeted predicates will be shown with predicate, and how deep the crawler is allowed to go with depth. The extension is used if the file use module directives do not include a file extension.
@end table
@node SWI-Prolog, SWI-Prolog Global Variables, Library, Top @node SWI-Prolog, SWI-Prolog Global Variables, Library, Top
@cindex SWI-Prolog @cindex SWI-Prolog

3
library/Makefile.in
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@ -76,7 +76,8 @@ PROGRAMS= \
$(srcdir)/wgraphs.yap \ $(srcdir)/wgraphs.yap \
$(srcdir)/wundgraphs.yap \ $(srcdir)/wundgraphs.yap \
$(srcdir)/lam_mpi.yap \ $(srcdir)/lam_mpi.yap \
$(srcdir)/ypp.yap $(srcdir)/ypp.yap \
$(srcdir)/block_diagram.yap
MYDDAS_PROGRAMS= $(srcdir)/MYDDAS/myddas.ypp \ MYDDAS_PROGRAMS= $(srcdir)/MYDDAS/myddas.ypp \
$(srcdir)/MYDDAS/myddas_assert_predicates.ypp \ $(srcdir)/MYDDAS/myddas_assert_predicates.ypp \

427
library/block_diagram.yap Normal file
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@ -0,0 +1,427 @@
%%% -*- Mode: Prolog; -*-
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
% Flags was developed at Katholieke Universiteit Leuven
%
% Copyright 2010
% Katholieke Universiteit Leuven
%
% Contributions to this file:
% Author: Theofrastos Mantadelis
% Sugestions: Paulo Moura
% Version: 1
% Date: 19/11/2010
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
% Artistic License 2.0
%
% Copyright (c) 2000-2006, The Perl Foundation.
%
% Everyone is permitted to copy and distribute verbatim copies of this
% license document, but changing it is not allowed. Preamble
%
% This license establishes the terms under which a given free software
% Package may be copied, modified, distributed, and/or
% redistributed. The intent is that the Copyright Holder maintains some
% artistic control over the development of that Package while still
% keeping the Package available as open source and free software.
%
% You are always permitted to make arrangements wholly outside of this
% license directly with the Copyright Holder of a given Package. If the
% terms of this license do not permit the full use that you propose to
% make of the Package, you should contact the Copyright Holder and seek
% a different licensing arrangement. Definitions
%
% "Copyright Holder" means the individual(s) or organization(s) named in
% the copyright notice for the entire Package.
%
% "Contributor" means any party that has contributed code or other
% material to the Package, in accordance with the Copyright Holder's
% procedures.
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% "You" and "your" means any person who would like to copy, distribute,
% or modify the Package.
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% "Package" means the collection of files distributed by the Copyright
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
:- module(block_diagram, [make_diagram/2, make_diagram/5]).
/* ---------------------------------------------------------------------- *\
|* Missing stuff: a parameter that bounds the module connection depth *|
|* and a parameter that diseables/limits the text over edges *|
\* ---------------------------------------------------------------------- */
:- style_check(all).
:- yap_flag(unknown, error).
:- use_module(library(charsio), [term_to_atom/2]).
:- use_module(library(lists), [memberchk/2, member/2, append/3]).
:- use_module(library(system), [working_directory/2]).
:- dynamic([seen_module/1, parameter/1]).
parameter(texts((+inf))).
parameter(depth((+inf))).
parameter(default_ext('.dot')).
make_diagram(InputFile, OutputFile):-
tell(OutputFile),
write('digraph G {\nrankdir=BT'), nl,
extract_name_file(InputFile, Name, File),
nb_setval(depth, 0),
read_module_file(File, Name),
write_explicit,
write('}'), nl,
told.
make_diagram(InputFile, OutputFile, Texts, Depth, Ext):-
integer(Texts),
integer(Depth),
retractall(parameter(_)),
assertz(parameter(texts(Texts))),
assertz(parameter(depth(Depth))),
assertz(parameter(default_ext(Ext))),
make_diagram(InputFile, OutputFile),
retractall(parameter(_)),
assertz(parameter(texts((+inf)))),
assertz(parameter(depth((+inf)))),
assertz(parameter(default_ext('.yap'))).
path_seperator('\\'):-
yap_flag(windows, true), !.
path_seperator('/').
split_path_file(PathFile, Path, File):-
path_seperator(PathSeperator),
atom_concat(Path, File, PathFile),
name(PathSeperator, [PathSeperatorName]),
name(File, FileName),
\+ memberchk(PathSeperatorName, FileName),
!.
split_file_ext(FileExt, File, Ext):-
atom_concat(File, Ext, FileExt),
atom_concat('.', _, Ext),
name('.', [DotName]),
name(Ext, ExtName),
findall(A, (member(A, ExtName), A = DotName), L),
length(L, 1), !.
parse_module_directive(':-'(module(Name)), _):-
seen_module(node(Name)), !.
parse_module_directive(':-'(module(Name, _Exported)), _):-
seen_module(node(Name)), !.
parse_module_directive(':-'(module(Name, Exported)), Shape):-
!, \+ seen_module(node(Name)),
assertz(seen_module(node(Name))),
list_to_message(Exported, ExportedMessage),
atom_concat([Name, ' [shape=', Shape,',label="', Name, '\\n', ExportedMessage, '"]'], NodeDefinition),
write(NodeDefinition), nl.
parse_module_directive(':-'(module(Name)), Shape):-
\+ seen_module(node(Name)),
assertz(seen_module(node(Name))),
atom_concat([Name, ' [shape=', Shape,',label="', Name, '"]'], NodeDefinition),
write(NodeDefinition), nl.
extract_name_file(PathFile, Name, FinalFile):-
split_path_file(PathFile, Path, FileName), Path \== '', !,
extract_name_file(FileName, Name, File),
atom_concat(Path, File, FinalFile).
extract_name_file(File, Name, File):-
split_file_ext(File, Name, _), !.
extract_name_file(Name, Name, File):-
parameter(default_ext(Ext)),
atom_concat(Name, Ext, File).
read_use_module_directive(':-'(ensure_loaded(library(Name))), Name, library(Name), []):- !.
read_use_module_directive(':-'(ensure_loaded(Path)), Name, FinalFile, []):-
extract_name_file(Path, Name, FinalFile), !.
read_use_module_directive(':-'(use_module(library(Name))), Name, library(Name), []):- !.
read_use_module_directive(':-'(use_module(Path)), Name, FinalFile, []):-
extract_name_file(Path, Name, FinalFile), !.
read_use_module_directive(':-'(use_module(library(Name), Import)), Name, library(Name), Import):- !.
read_use_module_directive(':-'(use_module(Path, Import)), Name, FinalFile, Import):-
extract_name_file(Path, Name, FinalFile), !.
read_use_module_directive(':-'(use_module(Name, Path, Import)), Name, FinalFile, Import):-
nonvar(Path),
extract_name_file(Path, _, FinalFile), !.
read_use_module_directive(':-'(use_module(Name, Path, Import)), Name, FinalFile, Import):-
var(Path),
extract_name_file(Name, _, FinalFile), !.
parse_use_module_directive(Module, Directive):-
read_use_module_directive(Directive, Name, File, Imported),
parse_use_module_directive(Module, Name, File, Imported).
parse_use_module_directive(Module, Name, _File, _Imported):-
seen_module(edge(Module, Name)), !.
parse_use_module_directive(Module, Name, File, Imported):-
\+ seen_module(edge(Module, Name)),
assertz(seen_module(edge(Module, Name))),
read_module_file(File, Name),
list_to_message(Imported, ImportedMessage),
atom_concat([Module, ' -> ', Name, ' [label="', ImportedMessage, '"]'], NodeConnection),
write(NodeConnection), nl.
list_to_message(List, Message):-
length(List, Len),
parameter(texts(TextCnt)),
(Len > TextCnt + 1 ->
append(FirstCnt, _, List),
length(FirstCnt, TextCnt),
append(FirstCnt, ['...'], First)
;
First = List
),
list_to_message(First, '', Message).
list_to_message([], Message, Message).
list_to_message([H|T], '', FinalMessage):-
term_to_atom(H, HAtom), !,
list_to_message(T, HAtom, FinalMessage).
list_to_message([H|T], AccMessage, FinalMessage):-
term_to_atom(H, HAtom),
atom_concat([AccMessage, '\\n', HAtom], NewMessage),
list_to_message(T, NewMessage, FinalMessage).
read_module_file(library(Module), Module):-
!, parse_module_directive(':-'(module(Module, [])), component).
read_module_file(File, Module):-
parameter(depth(MaxDepth)),
nb_getval(depth, Depth),
MaxDepth > Depth,
split_path_file(File, Path, FileName),
catch((working_directory(CurDir,Path), open(FileName, read, S)), _, (parse_module_directive(':-'(module(Module, [])), box3d), fail)),
NDepth is Depth + 1,
nb_setval(depth, NDepth),
repeat,
catch(read(S, Next),_,fail),
process(Module, Next),
nb_setval(depth, Depth),
close(S), working_directory(_,CurDir), !.
read_module_file(_, _).
process(_, end_of_file):-!.
process(_, Term):-
parse_module_directive(Term, box), !, fail.
process(Module, Term):-
parse_use_module_directive(Module, Term), !, fail.
process(Module, Term):-
find_explicit_qualification(Module, Term), fail.
find_explicit_qualification(OwnerModule, ':-'(Module:Goal)):-
!, explicit_qualification(OwnerModule, Module, Goal).
find_explicit_qualification(OwnerModule, ':-'(_Head, Body)):-
find_explicit_qualification(OwnerModule, Body).
find_explicit_qualification(OwnerModule, (Module:Goal, RestBody)):-
!, explicit_qualification(OwnerModule, Module, Goal),
find_explicit_qualification(OwnerModule, RestBody).
find_explicit_qualification(OwnerModule, (_Goal, RestBody)):-
!, find_explicit_qualification(OwnerModule, RestBody).
find_explicit_qualification(OwnerModule, Module:Goal):-
!, explicit_qualification(OwnerModule, Module, Goal).
find_explicit_qualification(_OwnerModule, _Goal).
explicit_qualification(InModule, ToModule, Goal):-
nonvar(Goal), nonvar(ToModule), !,
functor(Goal, FunctorName, Arity),
\+ seen_module(explicit(InModule, ToModule, FunctorName/Arity)),
assertz(seen_module(explicit(InModule, ToModule, FunctorName/Arity))).
explicit_qualification(InModule, ToModule, Goal):-
var(Goal), nonvar(ToModule), !,
\+ seen_module(explicit(InModule, ToModule, 'DYNAMIC')),
assertz(seen_module(explicit(InModule, ToModule, 'DYNAMIC'))).
explicit_qualification(InModule, ToModule, Goal):-
nonvar(Goal), var(ToModule), !,
functor(Goal, FunctorName, Arity),
\+ seen_module(explicit(InModule, 'DYNAMIC', FunctorName/Arity)),
assertz(seen_module(explicit(InModule, 'DYNAMIC', FunctorName/Arity))).
explicit_qualification(InModule, ToModule, Goal):-
var(Goal), var(ToModule),
\+ seen_module(explicit(InModule, 'DYNAMIC', 'DYNAMIC')),
assertz(seen_module(explicit(InModule, 'DYNAMIC', 'DYNAMIC'))).
write_explicit:-
seen_module(explicit(InModule, ToModule, _Goal)),
\+ seen_module(generate_explicit(InModule, ToModule)),
assertz(seen_module(generate_explicit(InModule, ToModule))),
all(Goal, seen_module(explicit(InModule, ToModule, Goal)), Goals),
list_to_message(Goals, Explicit),
atom_concat([InModule, ' -> ', ToModule, ' [label="', Explicit, '",style=dashed]'], NodeConnection),
write(NodeConnection), nl, fail.
write_explicit.
/*
functor(Goal, FunctorName, Arity),
term_to_atom(FunctorName/Arity, Imported),
atom_concat([InModule, ' -> ', ToModule, ' [label="', Imported, '",style=dashed]'], NodeConnection),
write(NodeConnection), nl.
atom_concat([InModule, ' -> ', ToModule, ' [label="DYNAMIC",style=dashed]'], NodeConnection),
write(NodeConnection), nl.
functor(Goal, FunctorName, Arity),
term_to_atom(FunctorName/Arity, Imported),
atom_concat([InModule, ' -> DYNAMIC [label="', Imported, '",style=dashed]'], NodeConnection),
write(NodeConnection), nl.
atom_concat([InModule, ' -> DYNAMIC [label="DYNAMIC",style=dashed]'], NodeConnection),
write(NodeConnection), nl.
*/