:- use_module(library(dcg/basics)). :- encoding(utf8). %----- :- dynamic eval_tag/6. :- dynamic eval_tag_secondary/2. :- dynamic eval_tag_found/6. :- dynamic found_search_result/6. today_key(Dk):- get_time(Stamp), stamp_day_atom(Stamp, Dk),!. %number_zero2(Y, Y2):- atom_number(Ya, Y), atom_length(Ya, Le), Le == 1,!, atom_concat(0, Ya, Y2). %number_zero2(Y, Ya):- atom_number(Ya, Y),!. number_zero2(Y, Y2):- atom_length(Y, Le), Le == 1,!, atom_concat(0, Y, Y2). number_zero2(Y, Y):- !. %number_zero2(Y, 11):- number(Y),!. %number_zero2(Y, 12):- atom(Y),!. stamp_day_atom(Stamp, Dat):- stamp_date_time(Stamp, D, 0), date_time_value(date, D, Dx), Dx = date(Y,M,Dag), number_zero2(M, M2), number_zero2(Dag, Dag2), atomic_list_concat([Y,M2,Dag2], Dat),!. stamp_day_atom(_, 00):- !. % atom_number(Sta2, Sta), add_file_to_zip(Sta, Gma, El):- atom_concat('totgs_',Sta, Xu), atom_concat(Xu,'.zip', Cx), atomic_list_concat(['zip ',Cx,' /var/www/html/',Gma,El], Bg), atom_string(Bg, Str), shell(Str). % DUS AANROEP MET bvb do(20190519). % today_key(Dk):- do(Sta):- retractall(file(_,_,_)), Dir = '/var/www/html/', gmap(Gma), atom_concat(Dir, Gma, Fdir), directory_files(Fdir, Lis), member(El, Lis), El \= '..', El \= '.', atom_concat(Fdir, El, Cx), time_file(Cx, Stamp), stamp_day_atom(Stamp, Dat), atom_number(Dat, Datnum), Datnum > Sta, assert(file(Gma, El, Dat)), fail. % stamp_date_time(Stamp, D, 0), % date_time_value(date, D, Date), do(_Sta):- today_key(Dk), file(Gma, El, Dat), format(Gma), format(El), format(Dat), nl, add_file_to_zip(Dk, Gma, El), fail. do(_):- !. % zip -r compressed_filename.zip foldername % directory_member(Dx, Item, [ recursive(true)]), %-------- :- dynamic dir_level/10. :- discontiguous dir_level/10. :- dynamic file_level/11. :- discontiguous file_level/11. % htdoc_m_app % 1 is alleen met de apps , 0 is alleen gym files %-- special_directory_files('../canary/', [ 'metta_eval.pl' , 'metta_interp.pl' , 'metta_ontology.pfc.pl', 'stdlib_mettalog.metta' ]):- !. % experime %special_directory_files('../../../hyperon-experimental/lib/src/metta/runner/', [ 'stdlib_minimal.rs' , 'stdlib.rs' ]):- !. special_directory_files('../../../hyperon-experimental/lib/src/metta/runner/', [ 'stdlib_minimal.rs' , 'stdlib.rs' ]):- !. % special_directory_files(Dx, Lis):- !, directory_files(Dx, Lis). %---- get_all_singularity_files( Tp, _, Dx):- retractall(dir_level(_, _, _,_, _,_,_,_,_,_)), retractall(file_level(_, _, _, _,_, _,_,_,_,_,_)), directory_files(Dx, Lis), member(El, Lis), El \= '..', El \= '.', allow_dir(Tp, Dx, El), atom_concat(Dx, El, Cx), exists_directory(Cx), assert( dir_level(1, El, '', '', '','','','','','') ), fail, !. get_all_singularity_files( Tp, _, Dx):- dir_level( 1, Item, _, _, _, _, _, _, _, _), atomic_list_concat([ Dx, Item, '/' ], Cy ), directory_files( Cy, Lis ), member( El, Lis ), El \= '..', El \= '.', allow_dir(Tp, Cy, El), atom_concat( Cy, El, Cxy ), exists_directory( Cxy ), assert( dir_level( 2, Item, El, '', '', '', '', '', '', '' ) ), fail, !. % dir_level(2,'PR_12_NvoDesign',tools,'','','','','','',''). get_all_singularity_files( Tp, _, Dx ):- dir_level( 2, Item, Item2, _, _, _, _, _, _, _), atomic_list_concat([ Dx, Item, '/' , Item2 , '/' ], Cy ), directory_files( Cy, Lis ), member( El, Lis ), El \= '..', El \= '.', allow_dir(Tp, Cy, El), atom_concat( Cy, El, Cxy ), exists_directory( Cxy ), assert( dir_level( 3, Item, Item2, El, '', '', '', '', '', '' ) ), fail, !. get_all_singularity_files( Tp, _, Dx):- dir_level( 3, Item, Item2, Item3, _, _, _, _, _, _), atomic_list_concat([ Dx, Item, '/' , Item2 , '/', Item3, '/' ], Cy ), directory_files( Cy, Lis ), member( El, Lis ), El \= '..', El \= '.', allow_dir(Tp, Cy, El), atom_concat( Cy, El, Cxy ), exists_directory( Cxy ), assert( dir_level( 4, Item, Item2, Item3, El, '', '', '', '', '' ) ), fail, !. get_all_singularity_files( Tp, _, Dx):- dir_level( 4, Item, Item2, Item3, Item4, _, _, _, _, _), atomic_list_concat([ Dx, Item, '/' , Item2 , '/', Item3, '/', Item4, '/' ], Cy ), directory_files( Cy, Lis ), member( El, Lis ), El \= '..', El \= '.', allow_dir(Tp, Cy, El), atom_concat( Cy, El, Cxy ), exists_directory( Cxy ), assert( dir_level( 5, Item, Item2, Item3, Item4, El, '', '', '', '' ) ), fail, !. get_all_singularity_files( Tp, _, Dx):- dir_level( 5, Item, Item2, Item3, Item4, Item5, _, _, _, _), atomic_list_concat([ Dx, Item, '/' , Item2 , '/', Item3, '/', Item4, '/', Item5, '/' ], Cy ), directory_files( Cy, Lis ), member( El, Lis ), El \= '..', El \= '.', allow_dir(Tp, Cy, El), atom_concat( Cy, El, Cxy ), exists_directory( Cxy ), assert( dir_level( 6, Item, Item2, Item3, Item4, Item5, El, '', '', '' ) ), fail, !. % canary get_all_singularity_files(_, Is_mdf_day_after, Dx):- % dir_level(1, Item, _,_, _,_,_,_,_,_), atomic_list_concat([ Dx, Item, '/'], Cy), special_directory_files(Dx, Lis), % 'H:/metta-wam-main/src/canary/' member(El, Lis), El \= '..', El \= '.', % write( El ), nl, is_prolog_atom_file( El, Dx ), atom_concat(Dx, El, Cx), time_file(Cx, Stamp), stamp_day_atom(Stamp, Dat), match_date_atom(Dat, Is_mdf_day_after), assert( file_level(0, Dx, '', '','','','','','', El, Dat) ), fail,!. % assert( file_level(0, Item, '', '','','','','','', El, Dat) ), fail,!. get_all_singularity_files(_, Is_mdf_day_after, Dx):- dir_level(1, Item, _,_, _,_,_,_,_,_), atomic_list_concat([ Dx, Item, '/'], Cy), special_directory_files(Cy, Lis), member(El, Lis), El \= '..', El \= '.', is_prolog_atom_file( El, Item ), atom_concat(Cy, El, Cx), time_file(Cx, Stamp), stamp_day_atom(Stamp, Dat), match_date_atom(Dat, Is_mdf_day_after), assert( file_level(1, Item, '', '','','','','','', El, Dat) ), fail,!. get_all_singularity_files(_, Is_mdf_day_after, Dx):- dir_level(2, Item, Sub, _, _, _, _, _, _, _), atomic_list_concat([ Dx, Item, '/', Sub, '/' ], Cy ), special_directory_files( Cy, Lis ), member( El, Lis ), El \= '..', El \= '.', is_prolog_atom_file( El, Sub ), atom_concat(Cy, El, Cx), time_file( Cx, Stamp ), stamp_day_atom( Stamp, Dat ), match_date_atom( Dat, Is_mdf_day_after ), assert( file_level( 2, Item, Sub, '', '', '', '', '', '', El, Dat ) ), fail,!. get_all_singularity_files(_, Is_mdf_day_after, Dx):- dir_level(3, Item, Item2, Sub, _, _, _, _, _, _), atomic_list_concat([ Dx, Item, '/', Item2, '/', Sub, '/' ], Cy ), special_directory_files( Cy, Lis ), member( El, Lis ), El \= '..', El \= '.', is_prolog_atom_file( El, Sub ), atom_concat(Cy, El, Cx), time_file( Cx, Stamp ), stamp_day_atom( Stamp, Dat ), match_date_atom( Dat, Is_mdf_day_after ), assert( file_level( 3, Item, Item2, Sub, '', '', '', '', '', El, Dat ) ), fail,!. get_all_singularity_files(_, Is_mdf_day_after, Dx):- dir_level(4, Item, Item2, Item3, Sub, _, _, _, _, _), atomic_list_concat([ Dx, Item, '/', Item2, '/', Item3, '/', Sub, '/' ], Cy ), special_directory_files( Cy, Lis ), member( El, Lis ), El \= '..', El \= '.', is_prolog_atom_file( El, Sub ), atom_concat(Cy, El, Cx), time_file( Cx, Stamp ), stamp_day_atom( Stamp, Dat ), match_date_atom( Dat, Is_mdf_day_after ), assert( file_level( 4, Item, Item2, Item3, Sub, '', '', '', '', El, Dat ) ), fail,!. get_all_singularity_files(_, Is_mdf_day_after, Dx):- dir_level(5, Item, Item2, Item3, Item4, Sub, _, _, _, _), atomic_list_concat([ Dx, Item, '/', Item2, '/', Item3, '/', Item4, '/', Sub, '/' ], Cy ), special_directory_files( Cy, Lis ), member( El, Lis ), El \= '..', El \= '.', is_prolog_atom_file( El, Sub ), atom_concat(Cy, El, Cx), time_file( Cx, Stamp ), stamp_day_atom( Stamp, Dat ), match_date_atom( Dat, Is_mdf_day_after ), assert( file_level( 5, Item, Item2, Item3, Item4, Sub, '', '', '', El, Dat ) ), fail,!. get_all_singularity_files(_, Is_mdf_day_after, Dx):- dir_level(6, Item, Item2, Item3, Item4, Item5, Sub, _, _, _), atomic_list_concat([ Dx, Item, '/', Item2, '/', Item3, '/', Item4, '/', Item5, '/', Sub, '/' ], Cy ), special_directory_files( Cy, Lis ), member( El, Lis ), El \= '..', El \= '.', is_prolog_atom_file( El, Sub ), atom_concat(Cy, El, Cx), time_file( Cx, Stamp ), stamp_day_atom( Stamp, Dat ), match_date_atom( Dat, Is_mdf_day_after ), assert( file_level( 6, Item, Item2, Item3, Item4, Item5, Sub, '', '', El, Dat ) ), fail,!. get_all_singularity_files(_, _, _):- write("start writing to data/htm_file_list.pl\n"), tell('data/htm_file_list.pl'), write(":- dynamic dir_level/10."), nl, write(":- discontiguous dir_level/10."), nl, write(":- dynamic file_level/11."), nl, write(":- discontiguous file_level/11."), nl, fail. get_all_singularity_files(_, _, _):- dir_level(1, Item, Sub, X, A,B,C,D,E,F), write_term(dir_level(1, Item, Sub, X, A,B,C,D,E,F),[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_, _):- dir_level(2, Item, Sub, X, A,B,C,D,E,F), write_term(dir_level(2, Item, Sub, X, A,B,C,D,E,F ),[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_, _):- dir_level(3, Item, Sub, X, A,B,C,D,E,F), write_term(dir_level(3, Item, Sub, X, A,B,C,D,E,F ),[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_, _):- dir_level(4, Item, Sub, X, A,B,C,D,E,F), write_term(dir_level(4, Item, Sub, X, A,B,C,D,E,F ),[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_, _):- dir_level(5, Item, Sub, X, A,B,C,D,E,F), write_term(dir_level(5, Item, Sub, X, A,B,C,D,E,F ),[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_, _):- dir_level(6, Item, Sub, X, A,B,C,D,E,F), write_term(dir_level(6, Item, Sub, X, A,B,C,D,E,F ),[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_, _):- retract( file_level(0, Item, Sub, El, Q, A,B,C,D,E,F) ), write_term( file_level(0, Item, Sub, El, Q, A,B,C,D,E,F) ,[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_, _):- retract( file_level(1, Item, Sub, El, Q, A,B,C,D,E,F) ), write_term( file_level(1, Item, Sub, El, Q, A,B,C,D,E,F) ,[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_, _):- retract( file_level(2, Item, Sub, El, Q, A,B,C,D,E,F) ), write_term( file_level(2, Item, Sub, El, Q, A,B,C,D,E,F) ,[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_, _):- retract( file_level(3, Item, Sub, El, Q, A,B,C,D,E,F) ), write_term( file_level(3, Item, Sub, El, Q, A,B,C,D,E,F) ,[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_,_):- retract( file_level(4, Item, Sub, El, Q, A,B,C,D,E,F) ), write_term( file_level(4, Item, Sub, El, Q, A,B,C,D,E,F) ,[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_,_):- retract( file_level(5, Item, Sub, El, Q, A,B,C,D,E,F) ), write_term( file_level(5, Item, Sub, El, Q, A,B,C,D,E,F) ,[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files(_,_,_):- retract( file_level(6, Item, Sub, El, Q, A,B,C,D,E,F) ), write_term( file_level(6, Item, Sub, El, Q, A,B,C,D,E,F) ,[ quoted(true) ]), write("."), nl, fail, !. get_all_singularity_files( _, _, _ ):- told(), write( "finished writing to data/htm_file_list.pl\n" ), !. % hier dus Als het JS is opschoon comment er uit % ALS het htm is ?versie= % % % copyr(), % 1 is htm 2 is js wr_newlin( 0 ):- ! . wr_newlin( _ ):- ! , nl . % write(From), nl, write(To), nl, % :- dynamic found_base_teur/4. %read_has_search_strings( _, From, Zk, Level, Is_include , Isleading):- % sub_atom( From, _, _, _, '.metta' ), size_file( From , Size ), Size < 700, read_file_to_string(From, Bstr, [] ), !, % if_extra_string_demand_search( Bstr ), search_o_y_and_assert( Is_include, Bstr, Zk, From, Level, 0 , Isleading). %read_has_search_strings( _, From, Zk, Level, Is_include , Isleading):- % sub_atom( From, _, _, _, '.py' ), size_file( From , Size ), Size < 700, read_file_to_string(From, Bstr, [] ), !, % if_extra_string_demand_search( Bstr ), search_o_y_and_assert( Is_include, Bstr, Zk, From, Level, 0 , Isleading). %read_has_search_strings( _, From, Zk, Level, Is_include , Isleading):- % sub_atom( From, _, _, _, '.rs' ), size_file( From , Size ), Size < 700, read_file_to_string(From, Bstr, [] ), !, % if_extra_string_demand_search( Bstr ), search_o_y_and_assert( Is_include, Bstr, Zk, From, Level, 0 , Isleading). read_has_search_strings( is_octet , From, Zk, Level, Is_include , Isleading):- retractall( comment_started() ), write( "check must read : " ), write( From ), nl , not_exclude_metta_file( From ), max_file_size( From , Max), size_file( From, Size ), Size < Max, write( "Start read : " ), write( From ), nl , open( From, read, Sea , [ encoding(octet) ] ), read_has_search_stream( Sea, Zk, From, Level, 1, Is_include , Isleading ), close( Sea ). % % mogelijke waarden octet, ascii, iso_latin_1 , text, utf8 , unicode_be, unicode_le read_has_search_strings( is_utf8 , From, Zk, Level, Is_include , Isleading):- retractall( comment_started() ), write( "check must read : " ), write( From ), nl , not_exclude_metta_file( From ), max_file_size( From , Max ), size_file( From, Size ), Size < Max, write( "Start read : " ), write( From ), nl , open( From, read, Sea , [ encoding(utf8) ] ), read_has_search_stream( Sea, Zk, From, Level, 1, Is_include , Isleading), close( Sea ). read_has_search_strings( _, _, _, _, _ , _ ):- !. %--- %read_all_singularity_files(_Tp, _, _Isalways_copy, _Is_update, _, _):- % Xfi = 'data/htm_file_list.pl', % retractall( dir_level( _, _, _, _, _, _, _, _, _, _) ), % retractall( file_level(_, _, _, _, _, _, _, _, _, _, _) ), % consult( Xfi ), % write("Consulted\n"), write(Xfi), % fail. % separate_prolog_code( Zk, Dirx_walk ), read_all_singularity_files(Is_file_type,_Tp, Zk, _Isalways_copy, _Is_update, _Dx, Is_include , Isleading):- file_level(0, Item, _, _, _, _, _, _, _, Xf, _ ), atomic_list_concat([ Item, Xf ], From ), is_relevant_file(Is_include, From ), read_has_search_strings( Is_file_type, From, Zk, 0, Is_include, Isleading ), fail. read_all_singularity_files(Is_file_type,_Tp, Zk, _Isalways_copy, _Is_update, Dx, Is_include, Isleading):- file_level(1, Item, _, _, _, _, _, _, _, Xf, _ ), atomic_list_concat([ Dx, Item, '/', Xf ], From ), is_relevant_file(Is_include, From ), read_has_search_strings(Is_file_type, From, Zk, 1, Is_include , Isleading), fail. read_all_singularity_files(Is_file_type,_Tp, Zk, _Isalways_copy, _Is_update, Dx, Is_include, Isleading):- file_level(2, Item, Sub, _, _, _, _, _, _, Xf, _ ), atomic_list_concat([ Dx, Item, '/', Sub, '/', Xf ], From ), is_relevant_file(Is_include, From ), read_has_search_strings( Is_file_type,From, Zk, 2, Is_include , Isleading), fail. read_all_singularity_files(Is_file_type,_Tp, Zk, _Isalways_copy, _Is_update, Dx, Is_include, Isleading):- file_level(3, Item, Item2, Sub, _, _, _, _, _, Xf, _ ), atomic_list_concat([ Dx, Item, '/', Item2, '/', Sub, '/', Xf ], From ), is_relevant_file(Is_include, From ), read_has_search_strings( Is_file_type,From, Zk, 3, Is_include , Isleading), fail. read_all_singularity_files(Is_file_type,_Tp, Zk, _Isalways_copy, _Is_update, Dx, Is_include, Isleading):- file_level(4, Item, Item2, Item3, Sub, _, _, _, _, Xf, _ ), atomic_list_concat([ Dx, Item, '/', Item2, '/', Item3, '/', Sub, '/', Xf ], From ), is_relevant_file(Is_include, From ), read_has_search_strings( Is_file_type,From, Zk, 4, Is_include , Isleading), fail. read_all_singularity_files(Is_file_type,_Tp, Zk, _Isalways_copy, _Is_update, Dx, Is_include, Isleading):- file_level(5, Item, Item2, Item3, Item4, Sub, _, _, _, Xf, _ ), atomic_list_concat([ Dx, Item, '/', Item2, '/', Item3, '/', Item4, '/', Sub, '/', Xf ], From ), is_relevant_file(Is_include, From ), read_has_search_strings( Is_file_type,From, Zk, 5, Is_include , Isleading), fail. read_all_singularity_files(Is_file_type,_Tp, Zk, _Isalways_copy, _Is_update, Dx, Is_include, Isleading):- file_level(6, Item, Item2, Item3, Item4, Item5, Sub, _, _, Xf, _ ), atomic_list_concat([ Dx, Item, '/', Item2, '/', Item3, '/', Item4, '/', Item5, '/', Sub, '/', Xf ], From ), is_relevant_file(Is_include, From ), read_has_search_strings( Is_file_type,From, Zk, 6, Is_include , Isleading), fail. % HIER NOG LEVEL 4 5 6 7 % assert( file_level( 2, Item, Sub, El, Dat, '', '', '', '', '', '' ) ), fail,!. read_all_singularity_files( _, _, _, _, _, _, _ , _):- !. match_date_atom( _ , _ ):- !. % MATCH ALL Prolog JDKlog match_date_atom( _Dat, '' ):- !. match_date_atom( Dat, Is_mdf_day_after ):- atom_number( Dat, Nu1 ), atom_number( Is_mdf_day_after, Nu2 ), Nu1 >= Nu2,!. :- dynamic comment_started/0. not_is_comment( Lx ):- sub_string( Lx, Sta, _, _, "%"), Sta < 5,!, fail. not_is_comment( _ ):- !. % gaat fout bij genest zet_comment_started(Lx):- sub_string( Lx, _, _, _, "/*"),!, assert( comment_started() ). zet_comment_started(_):-!. zet_comment_ended(Lx):- sub_string( Lx, _, _, _, "*/"), retractall( comment_started() ), !. zet_comment_ended(_):- !. is_not_inside_comment():- comment_started(),!, fail. is_not_inside_comment():- !. search_and( _, [] ):- !. search_and( Lx, [ H | Lis_and ] ):- sub_string( Lx, _, _, _, H ),!, search_and( Lx, Lis_and ). search_or(Lx, [ H | _Lis_or]):- split_string(H, "&", "", Lis_and), search_and( Lx, Lis_and ),!. % sub_string( Lx, _, _, _, H ),!. search_or(Lx, [ _H | Lis_or]):- !, search_or(Lx, Lis_or ). search_o_y(Lx, Zk):- !, string_lower( Lx, Lx2 ), split_string(Zk, ",", "", Lis_or), search_or(Lx2, Lis_or). :- dynamic found_include_file/11. str_part_after_tag(Str, Tag, AfterStr):- string_length(Str, Sle), string_length(Tag, Tagl), sub_string(Str, Beg, _ , _, Tag), Beg2 is Beg + Tagl, Lx is Sle - Beg2, sub_string(Str, Beg2 , Lx, _, AfterStr),!. str_part_before_tag(At, Tag, Pa_before):- atom_length(Tag, TagLe), TagLe > 0, sub_atom(At, Bg, _, _, Tag), sub_atom(At, 0, Bg, _, Pa_before),!. %str_replace_tag(At, Repwhat, RepWith, Resu):- str_part_before_tag(At, Repwhat, Pa_before), str_part_after_tag(At, Repwhat, Pa_aft),!, % string_concat(Pa_before,RepWith, C1), string_concat(C1,Pa_aft, Resu). %str_replace_tag(At, _,_, At):- !. str_replace_tag(At, Repwhat, RepWith, Resu):- str_part_before_tag(At, Repwhat, Pa_before), str_part_after_tag(At, Repwhat, Pa_aft),!, string_concat(Pa_before,RepWith, C1), string_concat(C1,Pa_aft, Resu). str_replace_tag(At, _,_, At):- !. lis_code_remove([], _, [], [] ):-!. lis_code_remove([H|Codes1], Cde, [Cde |Codes2], Lisnot ):- H = Cde, !, lis_code_remove(Codes1, Cde, Codes2, Lisnot). lis_code_remove([H|Codes1], Cde, Codes2 , [ H |Lisnot]):- !, lis_code_remove(Codes1, Cde, Codes2, Lisnot). %--- lis_code_count( [], _, Res, Res ):- !. lis_code_count( [ H | Codes1 ], Cde, Count, Res ):- H = Cde, !, Count2 is Count + 1, lis_code_count( Codes1, Cde, Count2, Res ). lis_code_count( [ _ | Codes1 ], Cde, Count , Res ):- !, lis_code_count( Codes1, Cde , Count , Res ). %--- str_code_remove( Str, Cde, Str2):- string_codes(Str, Codes1), lis_code_remove(Codes1, Cde, _, Codes2),!, string_codes(Str2, Codes2). str_code_occurence_count( Str, Cde, Count ):- string_codes(Str, Codes1 ), lis_code_count( Codes1, Cde, 0, Count ), !. %---- % , read_extra_lines_max_until_full_metta_claus( Count_is_open, Count, _Max, _Sea , StrBuf, StrBuf, Count ):- Count_is_open == 0, !. read_extra_lines_max_until_full_metta_claus( Count_is_open, Count, Max, Sea , StrBuf, Xtra_lines, ResultCount ):- Count < Max, read_line_to_string( Sea, Lx ), Lx \= end_of_file, !, parenthesis_count( Lx, Count_open ), NewCount is Count_is_open + Count_open, string_concat( StrBuf, "\n", C2 ), string_concat( C2, Lx, StrBuf2 ), Count2 is Count + 1, read_extra_lines_max_until_full_metta_claus( NewCount, Count2, Max, Sea , StrBuf2, Xtra_lines, ResultCount ). read_extra_lines_max_until_full_metta_claus( _Count_is_open, Count, _Max, _Sea , StrBuf, StrBuf, Count ):- !. %-- %write_line_with_tag_colors( Ext, Txt ):- !, % string_codes( Txt, Codes ), % write_codes_with_tag_colors( Ext, Codes ). %--- write_metta_clause_htm( Lx ):- % str_replace_tag(At, Repwhat, RepWith, Resu) string_codes( Lx, Codes ), % write_codes_with_tag_colors( Ext, Codes ). Parenthesis_level is 0, write_codes_metta_clause_htm( Codes , Parenthesis_level ). %-- write_big_tag( Tag ):- write( "\n
" ), write( Tag ), write( "\n
" ). %-- write_metta_clause( Lx ):- parenthesis_count( Lx, Count_is_open ), Count_is_open == 0, !, write( "\n
" ), write_metta_clause_htm( Lx ), write( "\n
" ). write_metta_clause( Lx ):- parenthesis_count( Lx, Count_is_open ), number_string( Count_is_open, S2 ), !, write( "parenthesis" ), write( S2 ), write( " " ), write( Lx ), !. write_metta_clause( Lx ):- write( Lx ), !. %------ parenthesis_count( Lx, Count_is_open ):- str_code_occurence_count( Lx, 40, Count1 ), str_code_occurence_count( Lx, 41, Count2 ), Count_is_open is Count1 - Count2. % Count1 = Count2 , !. % lines_extra_for_metta_count_line_open_close( _Lx, 4 ):- !. extra_lines_for_open_parenthesis( Count_is_open, Xtra_lines ):- Count_is_open == 0, Xtra_lines is 0 , !. extra_lines_for_open_parenthesis( _Count_is_open, Xtra_lines ):- Xtra_lines is 4, !. %adhoc_parse_rust_regx( Str, Btag, Etag, Subz ):- sub_str_between( Str, Btag, Etag, Subz ), !. %adhoc_parse_rust_regx( Str, Btag, _Etag, Subz2 ):- % sub_str_between( Str, Btag, ")", Subz ), % str_code_remove( Subz, 34, Subz2 ). sub_str_between( Str, Btag, Etag, Subz ):- string_length( Str, Le0 ), sub_string( Str, Sta1, _, _, Btag ), string_length( Btag, Le1 ), Y is Sta1 + Le1, Z is Le0 - Y, sub_string( Str, Y, Z, _, Sub1 ), sub_string( Sub1, Sta2, _, _, Etag ), Z2 is Sta2 - 0, sub_string( Sub1, 0, Z2, _, Subz ),!. sub_str_between_plus_rest( Str, Btag, Etag, Subz , Subz2 ):- string_length( Str, Le0 ), sub_string( Str, Sta1, _, _, Btag ), string_length( Btag, Le1 ), Y is Sta1 + Le1, Z is Le0 - Y, sub_string( Str, Y, Z, _, Sub1 ), sub_string( Sub1, Sta2, _, _, Etag ), Z2 is Sta2 - 0, sub_string( Sub1, 0, Z2, Aft, Subz ), string_length( Etag, Le01 ), %Q is Le01 - Z2, Z3 is Z2 + Le01, Aft3 is Aft - Le01, sub_string( Sub1, Z3, Aft3, _, Subz2 ), !. file_path_get_str(F , Pa2, Fn):- atom_string(Fa, F), sub_atom( Fa, _, _, _, '/' ), file_directory_name( Fa , Pa), atom_concat(Pa, '/', Pa2), file_base_name( F , Fn ),!. file_path_get_str(F , '', Fa):- atom_string(Fa, F), !. file_path_get(Fa , Pa2, Fn):- sub_atom( Fa, _, _, _, '/' ), file_directory_name( Fa , Pa), atom_concat(Pa, '/', Pa2), file_base_name( Fa , Fn ),!. file_path_get(Fa , '', Fa):- !. lis_code_replace([], _, _, [] ):-!. lis_code_replace([H|Codes1], Cde, Cde2, [Cde2 |Codes2] ):- H = Cde, !, lis_code_replace(Codes1, Cde, Cde2, Codes2). lis_code_replace([H|Codes1], Cde, Cde2, [H|Codes2] ):- !, lis_code_replace(Codes1, Cde, Cde2, Codes2). %lis_code_remove([], _, [], [] ):-!. %lis_code_remove([H|Codes1], Cde, [Cde |Codes2], Lisnot ):- H = Cde, !, % lis_code_remove(Codes1, Cde, Codes2, Lisnot). %lis_code_remove([H|Codes1], Cde, Codes2 , [ H |Lisnot]):- !, lis_code_remove(Codes1, Cde, Codes2, Lisnot). str_code_replace( Str, Cde, Cde2, Str2):- string_codes(Str, Codes1), lis_code_replace(Codes1, Cde, Cde2, Codes2),!, string_codes(Str2, Codes2). %str_code_remove( Str, Cde, Str2):- % string_codes(Str, Codes1), % lis_code_remove(Codes1, Cde, _, Codes2),!, string_codes(Str2, Codes2). lis_concat( [], Res, _, Res):- !. lis_concat( [H], Hs, _Use, C1):- !, string_concat( Hs, H, C1). lis_concat( [H|L], Hs, Use, Res):- !, string_concat( Hs, H, C1), string_concat(C1, Use, C2), lis_concat( L, C2, Use, Res). str_count_up_dirs( Str, Ata):- sub_string(Str, _, _, _, ".."),!, split_string(Str, "..", "..", L), length(L, Ata). str_count_up_dirs( _, 0):- !. ato_count_up_dirs( At, Ata):- atom_string( At, Str), str_count_up_dirs( Str, Ata). str_dubbel_slash_to_single( Fn, Res):- % split_string(Fn, "//", "", L), split_string(Fn, "/", "/", L), lis_concat( L, "", "/", Res),!. omz_fw_slash('', ''):-!. % omz_fw_slash(_Pa4z, '/'):-!. %--- assert_eval_tag_found( Type, Tag , _ , _ , _ ):- eval_tag_found( Type, Tag, _, _, _ , _), !. assert_eval_tag_found( Type, Tag , Tg1, Tg2, Tg3 ):- !, assert( eval_tag_found( Type, Tag, Tg1, Tg2, Tg3, 0 ) ). %-------------------- assert_eval_tag_mult( Type_tag, Linum, Tag, F, Sline ):- string_lower( Tag, Taglow ), assert( eval_tag( Type_tag, Linum, Taglow, F , Sline, 0 ) ), !. %----------- assert_eval_tag( Type_tag, _Linum, Tag, _F, _, _Ari ):- string_lower( Tag, Taglow ) , eval_tag( Type_tag, _, Taglow, _ , _, _ ), !. assert_eval_tag( Type_tag, Linum, Tag, F, Sline, Ari ):- string_lower( Tag, Taglow ), assert( eval_tag( Type_tag, Linum, Taglow, F , Sline , Ari) ), !. %----- trim_string(Str, Sc):- split_string(Str, "", " ", [Sc]),!. trim_string(Sc, Sc):- !. % sub_str_between( Lx, "['", "'", Tag ), %is_debugging( 1 ):- !. is_debugging( 0 ):- !. debug_string( S1, S2 ):- is_debugging( Is ), Is == 1,!, write( S1 ), write( " " ), write( S2 ), nl . debug_string( _, _ ):-!. % try_read_ontology("properties('&corelib','if', [flow_control, qhelp(\"Conditional execution.\"), conditional_execution]).", T1, T2, T3 ). % try_read_ontology("properties('&corelib','let', [variable_assignment, qhelp(\"Variable assignment.\")])."). try_read_ontology( Lx0, Tag1, Tag2, Tag3 ):- string_lower( Lx0, Lx2 ), str_code_remove( Lx2, 34, Lx ), sub_str_between_plus_rest( Lx, "[", ",", Tag1, Rest1 ), sub_str_between_plus_rest( Rest1, "qhelp(", ")", Tag2, Rest2 ), sub_str_between_plus_rest( Rest2, ",", "]", Tag3, _Rest3 ), !. try_read_ontology( Lx0, Tag1, Tag2, "" ):- string_lower( Lx0, Lx2 ), str_code_remove( Lx2, 34, Lx ), sub_str_between_plus_rest( Lx, "[", ",", Tag1, Rest1 ), sub_str_between_plus_rest( Rest1, "qhelp(", ")", Tag2, _Rest2 ), !. try_read_ontology( _Lx, "cantf1", "cantf2" , "cantf3" ):- !. not_exclude_metta_file( F ):- downcase_atom( F, F2 ), sub_atom( F2,_,_,_, 'data_subset' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, 'edges' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, 'aunt-kg' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, 'miner' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, 'nars' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, 'flybase' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, 'node' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, 'royal92' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, 'bigram' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, 'gpt2-like' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, 'bio-atom' ), !, fail . not_exclude_metta_file( F ):- downcase_atom( F, F2 ),sub_atom( F2,_,_,_, '.gz' ), !, fail . not_exclude_metta_file( _F ):-!. max_file_size( F , 500000 ):- downcase_atom( F, F2 ), sub_atom( F2,_,_,_, 'stdlib' ), ! . max_file_size( F , 10000 ):- downcase_atom( F, F2 ), sub_atom( F2,_,_,_, '.metta' ), ! . max_file_size( _From , 500000):-!. dont_accept_fail( Lx ):- sub_string( Lx, _,_,_, "fail" ), !, fail. dont_accept_fail( _Lx ):-!. eval_pl_tag_or_rs_tag( Tag_s ):- eval_tag( 'pl_tag', _, Tag_s, _ ,_,_). eval_pl_tag_or_rs_tag( Tag_s ):- eval_tag( 'rust', _, Tag_s, _ ,_,_). %search_o_y_and_assert( 1, Sea, Linum, Lx, _Zk, F, Level, Linum , is_leading, Lines_read_extra ):- % get_type(Arg,Type):- eval_H(['get-type',Arg],Type). %:- discontiguous eval_40/6. %:- discontiguous eval_70/6. % properties('&corelib','parse', [data_structures, qhelp("Parse a string to an expression."), parse ]). % between % properties('&corelib','parse', [data_structures, qhelp("Parse a string to an expression."), parse ]). % between %sub_str_between_plus_rest( Lx, "[", ",", Tag1, Rest1 ), %sub_str_between_plus_rest( Rest1, "qhelp(", ")", Tag2, Rest2 ), %sub_str_between_plus_rest( Rest2, ",", "]", Tag3, _Rest3 ), % str_part_after_tag( Lx, "qhelp(", AfterStr2 ), str_part_before_tag( AfterStr2, ")" , Tag2 ), % str_part_after_tag( AfterStr2 , ",", AfterStr4 ), % str_part_before_tag( AfterStr4 , "]", Tag3 ), % search_o_y( Lx, "assertequaltoresult&" ), % (@doc intersection search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, Level, Linum , is_not_leading, 0 ):- sub_atom( F, _,_,_, 'metta_eval'), ( search_o_y( Lx, "eval_20&:-" ) ; search_o_y( Lx, "eval_40&:-" ) ; search_o_y( Lx, "eval_70&:-" ) ), dont_accept_fail( Lx ), try_read_find_eval20_tag_in_string( Lx , Tag, Arities ), is_metta_function( Tag ), write(" ASSERT PL TAG "), write( Tag ), nl, assert_eval_tag( 'pl_tag', Linum, Tag, F, Lx , Arities ), asserta( found_search_result( 'pl_tag', Tag, Level, Linum, F, Lx ) ). search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, Level, Linum , is_not_leading, 0 ):- sub_atom( F, _,_,_, 'metta_eval'), search_o_y( Lx, "eval_20&:-" ), try_read_find_eval20_tag_in_string( Lx , Tag, _Arities ), eval_tag( _, _, Tag, _ , _,_), !, assert_eval_tag_found( 'metta', Tag , "", "", "" ), assert( found_search_result( 'metta', Tag, Level, Linum, F, Lx ) ). search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, _Level, Linum , is_not_leading, 0 ):- sub_atom( F, _,_,_, 'metta_interp'), search_o_y( Lx, "eval_h(&:-" ), metta_interp_tag( Tag_from, Tag_til ), sub_str_between( Lx, Tag_from, Tag_til, Subz ), assert_eval_tag( 'pl_interp_tag', Linum, Subz, F, Lx, 0 ), !. search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, Level, Linum , _Isleading, 0 ):- sub_atom( F, _,_,_, 'metta_interp'), search_o_y( Lx, "eval_h(&:-" ), eval_tag( _, _, Tag_s, _ ,_,_), metta_interp_tag( Tag_from, Tag_til ), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C2 ), search_o_y( Lx, C2 ) , !, assert_eval_tag_found( 'metta_interp_pl', Tag_s , "", "", "" ), assert( found_search_result( 'metta_interp_pl', Tag_s, Level, Linum, F, Lx ) ). search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, Level, Linum , _Isleading, 0):- sub_atom( F, _, _, _, 'metta_ontology.pfc' ), search_o_y( Lx, "properties(" ), eval_tag( _, _, Tag_s, _ ,_,_), metta_ontology_tag( Tag_from, Tag_til ), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C2 ), search_o_y( Lx, C2 ), !, try_read_ontology( Lx, Tag1, Tag2, Tag3 ), write( "succeed-" ), write( Tag_s ), write("-"), write( Tag1 ), write( Tag2 ), write( Tag3 ), nl, assert_eval_tag_found( 'metta_ontol_pl', Tag_s , Tag1, Tag2, Tag3 ), assert( found_search_result( 'metta_ontol_pl', Tag_s, Level, Linum, F, Lx ) ). search_o_y_and_assert( 1, Sea, Linum, Lx, _Zk, F, Level, Linum , metta_else_where , Lines_read_extra ):- not_exclude_metta_file( F ), file_name_extension( _, Ext, F ), Ext == 'metta', eval_pl_tag_or_rs_tag( Tag_s ), metta_file_tag_til_space( Tag_from, Tag_til ), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C4 ), search_o_y( Lx, C4 ), !, parenthesis_count( Lx, Count_is_open ), extra_lines_for_open_parenthesis( Count_is_open, Lines_read_extra ), read_extra_lines( 'metta' , Lines_read_extra, Sea , Xtra_lines ), string_concat( Lx, Xtra_lines , Lx2 ), assert_eval_tag_mult( 'metta_tag_extra', Linum, Tag_s , F, Lx2 ), <<<<<<< HEAD % metta_example ======= >>>>>>> d3628bb (Update analyse to a Table and after CSV) assert( found_search_result( 'metta_example', Tag_s, Level, Linum, F, Lx2 ) ). search_o_y_and_assert( 1, Sea, Linum, Lx, _Zk, F, _Level, Linum , metta_std_lib , ResultCount ):- not_exclude_metta_file( F ), file_name_extension( _, Ext, F ), Ext == 'metta', eval_pl_tag_or_rs_tag( Tag_s ), metta_docfile_tag( Tag_from, Tag_til ), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C4 ), search_o_y( Lx, C4 ), !, parenthesis_count( Lx, Count_is_open ), read_extra_lines_max_until_full_metta_claus( Count_is_open, 0, 8, Sea , "", Xtra_lines, ResultCount ), string_concat( Lx, Xtra_lines , Lx2 ), assert_eval_tag_mult( 'metta_tag_std_lib', Linum, Tag_s , F, Lx2 ). % metta_docfile_tag( "(@doc ", "" ):- !. search_o_y_and_assert( 1, Sea, Linum, Lx, _Zk, F, _Level, Linum , metta_std_lib , ResultCount ):- not_exclude_metta_file( F ), file_name_extension( _, Ext, F ), Ext == 'metta', eval_pl_tag_or_rs_tag( Tag_s ), metta_function_declaration( Tag_from, Tag_til ), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C4 ), search_o_y( Lx, C4 ), !, parenthesis_count( Lx, Count_is_open ), read_extra_lines_max_until_full_metta_claus( Count_is_open, 0, 8, Sea , "", Xtra_lines, ResultCount ), string_concat( Lx, Xtra_lines , Lx2 ), assert_eval_tag_mult( 'metta_tag_std_lib', Linum, Tag_s , F, Lx2 ). search_o_y_and_assert( 1, Sea, Linum, Lx, _Zk, F, Level, Linum , is_not_leading , Lines_read_extra):- not_exclude_metta_file( F ), file_name_extension( _, Ext, F ), Ext == 'metta', eval_pl_tag_or_rs_tag( Tag_s ), metta_docfile_tag( Tag_from, Tag_til ), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C4 ), search_o_y( Lx, C4 ),!, parenthesis_count( Lx, Count_is_open ), extra_lines_for_open_parenthesis( Count_is_open, Lines_read_extra ), assert_eval_tag_mult( 'metta_doc', Linum, Tag_s , F, Lx ), read_extra_lines( 'metta' , Lines_read_extra, Sea , Xtra_lines ), string_concat( Lx, Xtra_lines , Lx2 ), assert( found_search_result( 'metta', Tag_s , Level, Linum, F, Lx2 ) ). search_o_y_and_assert( 1, Sea, Linum, Lx, _Zk, F, Level, Linum , is_not_leading, ResultCount ):- not_exclude_metta_file( F ), file_name_extension( _, Ext, F ), Ext == 'metta', eval_pl_tag_or_rs_tag( Tag_s ), metta_file_tag( Tag_from, Tag_til ), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C4 ), search_o_y( Lx, C4 ), !, parenthesis_count( Lx, Count_is_open ), % eval_tag(pl_tag,2089,"py-eval",'../canary/metta_eval.pl',"eval_70(_Eq,_RetType,_Depth,_Self,['py-eval',Arg],Res):- !,",1) % Type_tag, Linum, Tag, F, Sline assert_eval_tag_mult( 'metta_example', Linum, Tag_s , F, Lx ), read_extra_lines_max_until_full_metta_claus( Count_is_open, 0, 8, Sea , "", Xtra_lines, ResultCount ), string_concat( Lx, Xtra_lines , Lx2 ), assert( found_search_result( 'metta_example', Tag_s , Level, Linum, F, Lx2 ) ). %search_o_y_and_assert( 1, Lx, _Zk, F, Level, Linum ):- % file_name_extension( _, Ext, F ), Ext == 'rs', % C1 = "assert_eq!(result", % sub_string( Lx, _, _, _ , C1 ), !, % string_concat( Lx, " ** " , Cx ), string_concat( Cx, C1, Cp ), string_concat( Cp, " " , C2 ), !, % assert( found_search_result( Level, Linum, F, C2 ) ). <<<<<<< HEAD search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, Level, Linum , Is_leading , 0):- ( Is_leading == 'is_not_leading' ; Is_leading == 'is_leading' ), file_name_extension( _, Ext, F ), Ext == 'rs', eval_tag( _, _, Tag_s, _ , _ , _ ), rust_metta_tag( Tag_from, Tag_til ), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C4 ), search_o_y( Lx, C4 ), !, assert_eval_tag_found( 'rust_metta', Tag_s , "", "", "" ), assert( found_search_result( 'rust_metta', Tag_s , Level, Linum, F, Lx ) ). search_o_y_and_assert( 1, Sea, Linum, Lx, _Zk, F, Level, Linum , Is_leading, Lines_read_extra ):- ( Is_leading == 'is_not_leading' ; Is_leading == 'is_leading' ), file_name_extension( _, Ext, F ), Ext == 'rs', eval_tag_secondary( Tag_org, Tag_s ), search_o_y( Lx, Tag_s ), !, assert_eval_tag_found( 'rust', Tag_org , "", "", "" ), Lines_read_extra = 4, read_extra_lines( 'rust' , Lines_read_extra, Sea , Xtra_lines ), string_concat( Lx, Xtra_lines , Lx2 ), assert( found_search_result( 'rust', Tag_org , Level, Linum, F, Lx2 ) ). search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, Level, Linum , Is_leading , 0):- ( Is_leading == 'is_not_leading' ; Is_leading == 'is_leading' ), file_name_extension( _, Ext, F ), Ext == 'rs', eval_tag( _, _, Tag_s, _ ,_,_), rust_detect_tag( Tag_from, Tag_til , _, _), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C4 ), search_o_y( Lx, C4 ), !, ======= search_o_y_and_assert( 1, Sea, Linum, Lx, _Zk, F, Level, Linum , Is_leading, Lines_read_extra ):- ( Is_leading == 'is_not_leading' ; Is_leading == 'is_leading' ), file_name_extension( _, Ext, F ), Ext == 'rs', eval_tag_secondary( Tag_org, Tag_s ), search_o_y( Lx, Tag_s ), !, assert_eval_tag_found( 'rust', Tag_org , "", "", "" ), Lines_read_extra = 4, read_extra_lines( 'rust' , Lines_read_extra, Sea , Xtra_lines ), string_concat( Lx, Xtra_lines , Lx2 ), assert( found_search_result( 'rust', Tag_org , Level, Linum, F, Lx2 ) ). search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, Level, Linum , Is_leading , 0):- ( Is_leading == 'is_not_leading' ; Is_leading == 'is_leading' ), file_name_extension( _, Ext, F ), Ext == 'rs', eval_tag( _, _, Tag_s, _ ,_,_), rust_detect_tag( Tag_from, Tag_til , _, _), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C4 ), search_o_y( Lx, C4 ), !, >>>>>>> d3628bb (Update analyse to a Table and after CSV) assert_eval_tag_found( 'rust', Tag_s , "", "", "" ), assert( found_search_result( 'rust', Tag_s , Level, Linum, F, Lx ) ). % IS FREE TAG SEARCH %search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, _Level, Linum , is_not_leading, 0 ):- % not_exclude_metta_file( F ), file_name_extension( _, Ext, F ), Ext == 'metta', % metta_file_tag_find( Tag_from, Tag_til ), sub_str_between_plus_rest( Lx, Tag_from, Tag_til, Subz, Rest ), % assert_eval_tag( 'metta_tag', Linum, Subz, F, Lx , 0 ), sub_str_between_plus_rest( Rest, Tag_from, Tag_til, Subz2, Rest2 ), % assert_eval_tag( 'metta_tag', Linum, Subz2, F, Lx , 0), sub_str_between_plus_rest( Rest2, Tag_from, Tag_til, Subz3, _Rest3 ), % assert_eval_tag( 'metta_tag', Linum, Subz3, F, Lx , 0 ), !. %search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, _Level, Linum , is_not_leading, 0 ):- % not_exclude_metta_file( F ), file_name_extension( _, Ext, F ), Ext == 'metta', % metta_file_tag_find( Tag_from, Tag_til ), sub_str_between_plus_rest( Lx, Tag_from, Tag_til, Subz, Rest ), % assert_eval_tag( 'metta_tag', Linum, Subz, F, Lx , 0), sub_str_between_plus_rest( Rest, Tag_from, Tag_til, Subz2, _Rest2 ), % assert_eval_tag( 'metta_tag', Linum, Subz2, F, Lx , 0), !. %search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, _Level, Linum , is_not_leading, 0 ):- not_exclude_metta_file( F ), % file_name_extension( _, Ext, F ), Ext == 'metta', metta_file_tag_find( Tag_from, Tag_til ), % sub_str_between_plus_rest( Lx, Tag_from, Tag_til, Subz, _Rest ), assert_eval_tag( 'metta_tag', Linum, Subz, F, Lx , 0), !. %search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, Level, Linum , is_leading ):- % file_name_extension( _, Ext, F ), Ext == 'rs', % rust_detect_tag( Tag_from, Tag_til , Second_tag_begin, Second_tag_end ), % debug_string( "TRY rust between ", Lx ), % sub_string( Lx, _, _, _, "er_tok"), % debug_string( "TRY rust in file ", F ), % adhoc_parse_rust_regx( Lx, Tag_from, Tag_til, Subz ), % debug_string( "succeed rust between ", Lx ), % is_metta_function( Subz ), % not( eval_tag( _, Subz, _ ) ), assert( eval_tag( Linum, Subz, F ) ), % asserta( found_search_result( Level, Linum, F, Lx, Subz ) ), !. % temp % sub_str_between( Lx, Second_tag_begin, Second_tag_end, Subz2 ), % trim_string( Subz2 , Subz3 ) , % not( eval_tag_secondary( Subz, Subz3 ) ), !, assert( eval_tag_secondary( Subz, Subz3 ) ) . % { assert_equal_to_result_op.clone() }); search_o_y_and_assert( 1, _Sea, Linum, Lx, _Zk, F, Level, Linum , is_not_leading, 0 ):- sub_atom( F, _, _, _, '.py' ), eval_tag( _, _, Tag_s, _ ,_,_), string_length( Tag_s, Lex ), Lex > 3, python_detect_tag( Tag_from, Tag_til ), string_concat( Tag_from, Tag_s, C1 ), string_concat( C1, Tag_til, C4 ), search_o_y( Lx, C4 ), !, assert_eval_tag_found( 'python', Tag_s , "", "", "" ), assert( found_search_result( 'python', Tag_s , Level, Linum, F, Lx ) ). % kopie search_o_y_and_assert( 1, _Sea, Lx, Linum, _Zk, F, Level, Linum , is_leading, 0 ):- sub_atom( F, _, _, _, '.py' ), python_detect_tag( Tag_from, Tag_til ), sub_str_between( Lx, Tag_from, Tag_til, Subz ), is_metta_function( Subz ), assert_eval_tag_found( 'python', Subz , "", "", "" ), assert_eval_tag( 'python', Linum, Subz, F, Lx , 0), % not( eval_tag( _, _, Subz, _ ) ), !, assert( eval_tag( Linum, Subz, F ) ), asserta( found_search_result( 'python', Subz , Level, Linum, F, Lx ) ). % :- dynamic extra_string_to_search/1. %if_extra_string_demand_search( Lx ):- % extra_string_to_search( Str ), !, search_o_y( Lx, Str ). %if_extra_string_demand_search( _Lx ):- !. %search_o_y_and_assert( 1, Lx, Zk, F, Level, Linum ):- % search_o_y( Lx, Zk ),!, % assert( found_search_result( Level, Linum, F, Lx ) ). read_number_of_lines( Sea, Number_of_lines, Hs , Xtra_lines ):- Number_of_lines > 0, read_line_to_string( Sea, Lx ), Lx \= end_of_file, !, Number_of_lines2 is Number_of_lines - 1, string_concat( Hs , " \n
\n ", Hs2 ), string_concat( Hs2, Lx, Hs3 ), read_number_of_lines( Sea, Number_of_lines2, Hs3 , Xtra_lines ). read_number_of_lines( _Sea, _Number_of_lines, Hs , Hs ):- !. %-- % read_extra_lines_max_until_full_metta_claus( Count_is_open, 0, 8, Sea , Xtra_lines ), read_extra_lines( _X , Number_of_lines, Sea , Xtra_lines ):- !, read_number_of_lines( Sea, Number_of_lines, "" , Xtra_lines ). read_extra_lines( _ , _Number_of_lines, _Sea , " " ):- !. %---- read_has_search_stream( Sea, Zk, F, Level, Linum, Is_include, Isleading):- not( at_end_of_stream( Sea ) ), read_line_to_string( Sea, Lx ), Lx \= end_of_file, % not_is_comment(Lx), % zet_comment_started(Lx), zet_comment_ended(Lx), is_not_inside_comment(), % if_extra_string_demand_search( Lx ), search_o_y_and_assert( Is_include, Sea, Linum, Lx, Zk, F, Level, Linum , Isleading, Result_lines_red ), !, Linum2 is Linum + Result_lines_red + 1, read_has_search_stream( Sea, Zk, F, Level, Linum2, Is_include , Isleading). read_has_search_stream( Sea, Zk, F, Level, Linum, Is_include, Isleading):- not( at_end_of_stream(Sea) ),!, Linum2 is Linum + 1, read_has_search_stream( Sea, Zk, F, Level, Linum2, Is_include, Isleading). read_has_search_stream(_ , _, _, _, _, _, _):- !. % allow all dirs allow_dir( Tp, Pa, Xfile ):- downcase_atom(Pa, Pa2), downcase_atom(Xfile, Xfile2), allow_dir2( Tp, Pa2, Xfile2 ), !. atom_last_part( At, Le, Lp):- atom_length(At, Lex), Lex > Le, Y is Lex - Le, sub_atom( At, Y, Le, _, Lp),!. %prolog_src_dir( 'C:/jdklog/sources/PR_12_NvoDesign/UTILITAIRES/' ):- !. % prolog_src_dir( 'C:/jdklog/sources/PR_12_NvoDesign/' ):- !. % % C:/jdklog/sources/PR_12_NvoDesign/UTILITAIRES/ % SOURCE DLM :- dynamic chercher_a/1. chercher_a( "eval_20" ). :- dynamic current_file_extension/1. current_file_extension( '.pl' ). :- dynamic singularity_src_dir_perform/1. singularity_src_dir_perform( '../canary/' ). % singularity_src_dir_perform( 'c:/jdklog/sources/PR_12_NVODESIGN/TRILOG5_NOUVEAULOOK_DESIGN/' ). % impr % je is_prolog_atom_file( At, _Dx ):- downcase_atom(At , At2), current_file_extension( Fext ), sub_atom( At2, _, _, _ , Fext ),!. is_prolog_atom_file( _At, _Dx ):- !, fail. % is_prolog_atom_file( At, _Dx ):- sub_atom( At, _, _, _ , 'base_teur32.dba' ),!. only_via_map_file( 1 ):-!. % only_via_map_file( 0 ):-!. % e_mousedown allow_dir2( _, _, _ ):- !. %allow_dir2( _, Pa, Xfile ):- % write("check path OLD "), write(Pa), nl, % ( sub_atom(Xfile, _, _, _, '/old' ); sub_atom(Pa, _, _, _, '/old' ) ),!, fail. % allow_dir2( _, Pa, Xfile ):- sub_atom(Pa, _, _, _, 'utilitaires' ),!, % ( sub_atom( Xfile, _, _, _, 'param_div_nvo') ; % sub_atom( Xfile, _, _, _, 'param10e') ), !. allow_dir2( _, _, _ ):- !. allow_dir2( 1, _, _ ):- !. % hier files uitsluiten indien nodig % ignore all .pyc files is_relevant_file(_, From ):- downcase_atom( From, From2 ), sub_atom(From2, _, _, _, '.pyc' ), !, fail . is_relevant_file(_, From ):- downcase_atom( From, From2 ), current_file_extension( Fext ), sub_atom(From2, _, _, _, Fext ), !. is_relevant_file(_, _From ):- !, fail. dir_path_to_num_up( Fpa , 0, Fpa):- !. dir_path_to_num_up( Filepath , N, Dir2):- dir_path_to_num_up0( Filepath , N, Dir), atom_concat(Dir, '/', Dir2). %--- dir_path_to_num_up0( Filepath , 1, Dir):- !, file_directory_name( Filepath , Dir). dir_path_to_num_up0( Filepath , 2, Dir):- !, file_directory_name( Filepath , Dir0), file_directory_name( Dir0 , Dir). dir_path_to_num_up0( Filepath , 3, Dir):- !, file_directory_name( Filepath , Dir01), file_directory_name( Dir01 , Dir0), file_directory_name( Dir0 , Dir). dir_path_to_num_up0( Filepath , 4, Dir):- !, file_directory_name( Filepath , Dir001), file_directory_name( Dir001 , Dir01), file_directory_name( Dir01 , Dir0), file_directory_name( Dir0 , Dir). dir_get_last_path( Filepath , Lp):- file_directory_name( Filepath , Dir1), file_base_name( Dir1 , Lp ),!. % atom_concat(Filepath, Lp, Fnx),!. dir_get_last_path( Lp , Lp):- !. dir_get_last_path2( Filepath , Lp):- file_directory_name( Filepath , Dir1), file_directory_name( Dir1 , Dir2), file_base_name( Dir2 , Lp ),!. % atom_concat(Filepath, Lp, Fnx),!. dir_get_last_path2( Lp , Lp):- !. % werkt niet % temp _ext write_copy_link( Pa, _Fnx ):- write( " Fullpath \n" ). if_small_no_newline( Lex ):- Lex < 12, !, write( "     " ) . if_small_no_newline( _Lex ) :- write( "
 
" ), nl. %----- nondeterm_found_search_result( 'display_per_file', Filewithpath, TxLine1, Txtline, Filewithpath, Lnum ):- retract( found_search_result( _, Txtline, _Level, Lnum, Filewithpath, TxLine1 ) ). %nondeterm_found_search_result( 'display_per_tag', Filetag, TxLine1, Filetag, Filewithpath ):- % eval_tag_secondary( Filetag, Filetag2 ), % retract( found_search_result( _Level, _Lnum, Filewithpath, TxLine1, Filetag2 ) ). nondeterm_found_search_result( 'display_per_tag', Filetag, TxLine1, Filetag, Filewithpath , Lnum ):- retract( found_search_result( _, Filetag, _Level, Lnum, Filewithpath, TxLine1 ) ). %--- show_file_also( 'display_per_tag', Filewithpath , Lnum ):- !, write( "
\n" ), write( "     " ), write( Filewithpath ), write( " - line: " ), write( Lnum ), write( "
\n" ), !. show_file_also( _ , _Filewithpath ,_ ):- !. %---- doesnt_have_metta_tag( Tag ):- eval_tag( 'metta_tag' , _Linum, Tag, _F, _ ,_), !, fail. doesnt_have_metta_tag( _Tag ):- !. try_find_types( Tag_s , Tag1, Tag2, Tag3 ):- eval_tag_found( 'metta_ontol_pl' , Tag_s , Tag1, Tag2, Tag3 , _), !. try_find_types( _Tag , "" , "" , "" ):- !. eval_tag_or_similar_category( Ontol_1, Linum, Tag, Fn, Lx , From_similar , is_self ):- eval_tag( 'metta_tag_std_lib' , Linum, Tag, Fn, Lx, _ ) , From_similar = Ontol_1. <<<<<<< HEAD eval_tag_or_similar_category( Ontol_1, Linum, Tag, Fn, Lx , From_similar , is_self ):- eval_tag( 'metta_tag_extra' , Linum, Tag, Fn, Lx, _ ) , From_similar = Ontol_1. % this one exists too % assert_eval_tag_mult( 'metta_example', Linum, Tag_s , F, Lx2 ), % metta_example ======= eval_tag_or_similar_category( Ontol_1, Linum, Tag, Fn, Lx , From_similar , is_self ):- eval_tag( 'metta_tag_extra' , Linum, Tag, Fn, Lx, _ ) , From_similar = Ontol_1. >>>>>>> d3628bb (Update analyse to a Table and after CSV) eval_tag_or_similar_category( Ontol_1, Linum, Tag, Fn, Lx , Tag_other , similar_to ):- eval_tag_found( 'metta_ontol_pl' , Tag , Ontol_1, _, _ ,_), eval_tag_found( 'metta_ontol_pl' , Tag_other , Ontol_1, _, _ ,_), Tag_other \= Tag, eval_tag( 'metta_tag_std_lib' , Linum, Tag_other, Fn, Lx,_ ). eval_tag_or_similar_category( Ontol_1, Linum, Tag, Fn, Lx , Tag_other , similar_to ):- eval_tag_found( 'metta_ontol_pl' , Tag , Ontol_1, _, _ ,_), eval_tag_found( 'metta_ontol_pl' , Tag_other , Ontol_1, _, _ ,_), Tag_other \= Tag, eval_tag( 'metta_tag_extra' , Linum, Tag_other, Fn, Lx,_ ). eval_tag_or_similar_category( Ontol_1, Linum, Tag, Fn, Lx , Tag_other , similar_to ):- eval_tag_found( 'metta_ontol_pl' , Tag , Ontol_1, _, _ ,_), eval_tag_found( 'metta_ontol_pl' , Tag_other , Ontol_1, _, _ ,_), Tag_other \= Tag, eval_tag( 'metta_tag' , Linum, Tag_other, Fn, Lx,_ ). %string_concat( " similar to : ", Tag_other , C4 ) . %string_concat( " similar to: ", Tag_other , C4 ) . %--- enlarge_tag( similar_to, _Tag, From_similar, Lx, Lx2 ):- !, string_concat( "
" , From_similar, C1 ), string_concat( C1 , "
", C2 ), str_replace_tag( Lx , From_similar, C2, Lx2). enlarge_tag( _, Tag, _From_similar, Lx, Lx2 ):- !, string_concat( "
" , Tag, C1 ), string_concat( C1 , "
", C2 ), str_replace_tag( Lx , Tag, C2, Lx2). %--- write_similar_to( similar_to, Tag, From_similar ):- !, write_big_tag( Tag ), write( " is similar to: "), write_big_tag( From_similar ). %is_self write_similar_to( _, Tag, _From_similar ):- write( " function: "), write_big_tag( Tag ), !. %--- write_metta_args( 1 ):- !, write( "aq" ). write_metta_args( 2 ):- !, write( "aq au" ). write_metta_args( 3 ):- !, write( "aq au as" ). write_metta_args( 4 ):- !, write( "aq au as at" ). write_metta_args( _ ):- !. write_metta_list_args( 1 ):- !, write( "(superpose (a b c))" ). write_metta_list_args( 2 ):- !, write( "(superpose (a b c)) (superpose (c d e))" ). write_metta_list_args( 3 ):- !, write( "(superpose (a b c)) (superpose (c d e)) (superpose (e f g))" ). write_metta_list_args( 4 ):- !, write( "(superpose (a b c)) (superpose (c d e)) (superpose (e f g)) (superpose (g h i))" ). write_metta_list_args( _ ):- !. %-- make_test_arity( 'type1' , N, Tag ):- write( "!(" ), write( Tag ), write( " " ), write_metta_args( N ), write( " )" ), write( "
\n" ), write( "!(assertEqual (" ), write( Tag ), write( " " ), write_metta_args( N ), write( " ) ( result_with_type )) " ), write( "
\n" ), write( "!(assertEqualToResult (" ), write( Tag ), write( " " ), write_metta_args( N ), write( " ) ( result_with_type )) " ), write( "
\n" ), % !(assertEqual (call! aq ) ( result_with_type )) % !(assertEqualToResult (parse "(foo 1 2 3)" ) ((foo 1 2 3)) ) !. make_test_arity( 'type2' , N, Tag ):- write( "eval( \"!(" ), write( Tag ), write( " " ), write_metta_args( N ), write( " )\")." ), write( "
\n" ), write( "eval( \""), write( "!(assertEqual (" ), write( Tag ), write( " " ), write_metta_args( N ), write( " ) ( result_with_type ))" ), write( "\" ).
\n" ), write( "eval( \""), write( "!(assertEqualToResult (" ), write( Tag ), write( " " ), write_metta_args( N ), write( " ) ( result_with_type ))" ), write( "\" ).
\n" ), % !(assertEqual (call! aq ) ( result_with_type )) % !(assertEqualToResult (parse "(foo 1 2 3)" ) ((foo 1 2 3)) ) !. make_test_arity( 'type3' , N, Tag ):- write( "eval( \"!(" ), write( Tag ), write( " " ), write_metta_list_args( N ), write( " )\")." ), write( "
\n" ), write( "eval( \""), write( "!(assertEqual (" ), write( Tag ), write( " " ), write_metta_list_args( N ), write( " ) ( superpose (e f g) ))" ), write( "\" ).
\n" ), write( "eval( \""), write( "!(assertEqualToResult (" ), write( Tag ), write( " " ), write_metta_list_args( N ), write( " ) ( superpose (e f g) ))" ), write( "\" ).
\n" ), % !(assertEqual (call! aq ) ( result_with_type )) % !(assertEqualToResult (parse "(foo 1 2 3)" ) ((foo 1 2 3)) ) !. make_test_arity( _, _, _ ):-!. %---- %(@doc = % (@desc "A symbol used to define reduction rules for expressions.") % (@params ( % (@param "Pattern to be matched against expression to be reduced") % (@param "Result of reduction or transformation of the first pattern"))) % (@return "Not reduced itself unless custom equalities over equalities are added") ) %--- write_doc_args( 1 ):- !, write( "
(@params ( (@param \"\") ) )"). write_doc_args( 2 ):- !, write( "
(@params ( (@param \"\") "), write( " (@param \"\")))" ). write_doc_args( _ ):- !. %---- %(@doc cons-atom % (@desc "Constructs an expression using two arguments") % (@params ( % (@param "Head of an expression") % (@param "Tail of an expression"))) % ) % (: cons-atom (-> Atom Expression Expression)) make_doc_arity( 'type1' , Arit, Tag ):- write("(@doc "), write( Tag ), write( "
" ), write("(@desc \""), write( "\" )"), write_doc_args( Arit ), % write( "
)
" ), write( "
" ), write("(@return \""), write( "\") ) "), !. make_doc_arity( _, _, _ ):- ! . %---- make_tests_and_doc( Tag, Arit ):- write( "\n
" ), make_test_arity( 'type1' , Arit , Tag ), make_test_arity( 'type2' , Arit , Tag ), make_test_arity( 'type3' , Arit , Tag ), write( "\n
\n " ), make_doc_arity( 'type1' , Arit, Tag ), fail , ! . make_tests_and_doc( _Tag, _Arit ):- write( "\n
\n" ), !. %--- % try_find_types( Tag , Tag1, Tag2, Tag3 ), % eval_tag( 'pl_tag' , _Linum, Tag2, _F ), try_find_metta_elsewhere( Tag, Ontol_1 ):- retractall( tel(_)) , assert( tel( 0 ) ), write( "\n
" ), % eval_tag( 'metta_tag_extra' , Linum, Tag, Fn, Lx ), eval_tag_or_similar_category( Ontol_1, Linum, Tag, Fn, Lx , From_similar , Is_similar ), incr( N2 ), N2 < 10 , number_string( N2, S2 ), write( "\n
"), write( S2 ), write( " " ), write_similar_to( Is_similar, Tag, From_similar ), write( " Metta file: " ), write( Fn ), write( " " ), write( Linum ), write( "
\n" ), enlarge_tag( Is_similar, Tag, From_similar, Lx, Lx2 ), % str_replace_tag(At, Repwhat, RepWith, Resu) write_metta_clause( Lx2 ), fail, !. try_find_metta_elsewhere( _Tag , _ ):- write( "\n
\n" ), !. show_tags_which_dont_have_tests():- retractall( tel_item(_)), assert( tel_item( 0 )), write( "TAGS ONTOLOGY
\n" ), eval_tag_found( 'metta_ontol_pl', Tag , Tag1, Tag2, Tag3 ,_), incr_item( N2 ), number_string( N2, S2 ), write( S2 ), write( " " ), write( Tag ), write( " " ), write( Tag1 ), write( " " ), write( Tag2 ), write( " " ), write( Tag3 ), write( "
\n" ), fail, !. show_tags_which_dont_have_tests():- retractall( tel_item(_)), assert( tel_item( 0 )), write( " THESE TAGS have Tests here
\n" ), findall( Tag2, eval_tag( 'pl_tag' , _Linum, Tag2, _F, _ , _ ), Taglis ), sort( Taglis, Taglis2 ), % write_term( Taglis2, [] ), nl, member( Tag, Taglis2 ), % doesnt_have_metta_tag( Tag ), eval_tag( 'metta_tag' , Linum, Tag, F, Lx, Arit ), number_string( Arit, Arit_s ), incr_item( N2 ), number_string( N2, S2 ), write( S2 ), write( " " ), write( Tag ), write( " " ), write( Arit_s ), write( " " ), write( F ), write( " line : " ), write( Linum ), write( "
\n" ), write( Lx ), write( "
\n" ), try_find_types( Tag , Ontol1, Ontol2, Ontol3 ), write( Ontol1 ), write( " " ), write( Ontol2 ), write( " " ), write( Ontol3 ), fail, !. show_tags_which_dont_have_tests():- retractall( tel_item(_)), assert( tel_item( 0 )), % write( "

TAGS Which dont have Tests in sanity directory

\n" ), write( "

TAGS identified in current mettalog prolog-implementation interpreter

\n" ), findall( Tag2, eval_tag( 'pl_tag' , _Linum, Tag2, _F, _ , _), Taglis ), sort( Taglis, Taglis2 ), % write_term( Taglis2, [] ), nl, member( Tag, Taglis2 ), eval_tag( 'pl_tag' , _, Tag, _, Lx , Arit ), number_string( Arit, Arit_s ), % doesnt_have_metta_tag( Tag ), write( "
\n" ), incr_item( N2 ), number_string( N2, S2 ), write( S2 ), write( " " ), write( Tag ), write( " Arity: " ), write( Arit_s ), write( " " ), write( "
\n " ) , write( Lx ), write( "
\n " ), make_tests_and_doc( Tag, Arit ), try_find_types( Tag , Ontol1, Ontol2, Ontol3 ), % eval_tag_found( 'metta_ontol_pl', Tag_s , Tag1, Tag2, Tag3 ) write( Ontol1 ), write( " " ), write( Ontol2 ), write( " " ), write( Ontol3 ), try_find_metta_elsewhere( Tag , Ontol1 ), % , Fn, Linum , Line_s % write( "\n
Metta elsewhere: " ), write( Fn ), write( " " ), write( Linum ), write( " " ), write( Line_s ), fail, !. show_tags_which_dont_have_tests():- !. %--- :- dynamic tel_item/1. incr_item( N2 ):- retract( tel_item( N ) ),!, N2 is N + 1, assert( tel_item( N2 ) ). :- dynamic tel/1. incr( N2 ):- retract( tel( N ) ),!, N2 is N + 1, assert( tel( N2 ) ). show_identified_eval_secondary_tags():- write( "

Secondary Tags identified


" ), nl, write( "\n
" ), eval_tag_secondary( _, Tag ), write( " -" ), write( Tag ), write( "- " ), write( "
\n" ), fail,!. show_identified_eval_secondary_tags():- write( "\n
\n" ), !. %--- show_identified_eval_tags( Type ):- retractall( tel_item(_)), assert( tel_item( 0 )), findall( Tagx, eval_tag( Type , _, Tagx, _ ,_ , _), Tagx_list ), sort( Tagx_list, Tagx_list2 ), write( "

Tags identified

"), write( Type ), write("
" ), nl, write( "\n
" ), member( El, Tagx_list2 ), eval_tag( Type , Linum, El, F ,_ , _ ), incr_item( N2 ), number_string( N2, S2 ), write( " " ), write( S2 ), write( " " ), write( El ), write( " " ), write( Linum ), write( " " ), write( F ), write( "
\n" ), fail,!. show_identified_eval_tags( _ ):- write( "\n
\n" ), !. %---- fresults_par_file( Display_per_file_or_per_tag, Lp2, Lp, Fnx, Filepath , _Zk ):- write_copy_link( Filepath, Fnx ), write( "\n
Open " ), nl, write( "\n Close " ), nl, write( "\n
" ), nl, nondeterm_found_search_result( Display_per_file_or_per_tag, Filepath, TxLine1, Txtline, Filewithpath , Lnum ), file_name_extension( _, Ext, Filewithpath ), color_for_file_type( Filewithpath, Htm_color_string ), write( "
" ), show_file_also( Display_per_file_or_per_tag, Filewithpath , Lnum ), make_used_tag_bold( TxLine1, Txtline , TxLine2 ), %concat( Zk, "", Zk2 ), concat( "", Zk2, C1 ), concat( C1, "", C2 ), %str_replace_tag( Head2, Zk2, C2, Resu ), % write_line_with_tag_colors( '', " ajjahsgdfgfgf ffhhfh fhfhfhh ffhhf", "ffhh" ). % % string_length( Zk, Lx ), Lx > 0, % write( "
" ) , write_line_with_tag_colors( Ext, TxLine2 ), % , Txtline % write( " " ), write( Txtline ), write( " " ), write( "
\n" ), % write( " " ), write( Txtline ), write( " " ), % write( "
\n" ), % string_length( Txtline, Lex ), % if_small_no_newline( Lex ) , write( "
" ), fail, ! . fresults_par_file( _, _, _, _Fnx, _ , _):- !, write( "\n
\n" ). :- dynamic per_file/1. file_characteristics( File_with_path , Fnx , Lp, Lpx2 , Dir ):- sub_atom( File_with_path, _, _, _, '/' ), file_base_name( File_with_path , Fnx ), dir_get_last_path( File_with_path , Lp ), dir_get_last_path2( File_with_path , Lpx2 ), file_directory_name( File_with_path , Dir ), !. file_characteristics( _File_with_path , '','','','' ):- !. display_metta_sresults( 'display_per_file', _Zk, _Dirx ):- retractall( per_file( _ ) ) , found_search_result( _,_,_, _, Fpz, _ ), not( per_file( Fpz ) ), assert( per_file( Fpz ) ), fail. display_metta_sresults( 'display_per_file', Zk, _Dirx ):- findall( Fpz, per_file( Fpz ), Fpzl ), member( File_with_path, Fpzl ), file_characteristics( File_with_path , Fnx , Lp, Lpx2 , Dir ), write( "\n
 
\n" ), write( "\n
 
\n" ), nl,nl,nl, write( "***" ), write( " " ), write( Fnx ), write( "       " ), write( Lp ), write( "       " ), write( Lpx2 ), nl, write( Dir ), nl, fresults_par_file( 'display_per_file', Lpx2, Lp, Fnx, File_with_path, Zk ), fail, !. display_metta_sresults( 'display_per_tag', _Zk, _Dirx ):- retractall( per_file( _ ) ) , found_search_result( _,Tag, _, _, _Fpz, _ ), not( per_file( Tag ) ), assert( per_file( Tag ) ), fail. display_metta_sresults( 'display_per_tag', Zk, _Dirx ):- findall( Fpz, per_file( Fpz ), Tags0 ), sort( Tags0, Tags ), member( Tag, Tags ), write( "\n
 
\n" ), write( "\n
 
\n" ), nl,nl,nl, write( "***" ), write( " " ), write( Tag ), write( " " ), fresults_par_file( 'display_per_tag', '', '', '', Tag, Zk ), fail, !. % display_metta_sresults( _, _, _ ):- % show_identified_eval_tags(), % show_identified_eval_secondary_tags(), fail, !. % display_metta_sresults( _, _ ):- write(""), !. display_metta_sresults( _, _, _ ):- write(" "), !. %--- lis_und_concat( [], Hs, Hs ):- !. lis_und_concat( [ _ ], Hs, P2 ):- string_concat( Hs, "_", P2). lis_und_concat( [ _ |Lis], Hs, A_args2 ):- string_concat( Hs, "_,", P2), lis_und_concat( Lis, P2, A_args2 ). % write_term( has_pred_db_ata( Dbname, El, A_args ), [] ), % split str_to_und_score( A_args, A_args2 ):- split_string( A_args, ",", " ()", Lis), lis_und_concat( Lis, "", A_args2),!. numspace(Tel):- Tel > 0, !, write(" "), Tel2 is Tel - 1, numspace(Tel2). numspace(_):- !. %concat( Zk, "", Zk2 ), concat( "", Zk2, C1 ), concat( C1, "", C2 ), %str_replace_tag( Head2, Zk2, C2, Resu ), % write_line_with_tag_colors( '', " ajjahsgdfgfgf ffhhfh fhfhfhh ffhhf", "ffhh" ). % % string_length( Zk, Lx ), Lx > 0, % write( "
" ) , write_codes_metta_clause_htm( [] , _Parenthesis_level ):- !. write_codes_metta_clause_htm( [ 45, 62 | Codes ] , Parenthesis_level ):- !, write( "
" ) , write( "->" ), write( "
" ) , write_codes_metta_clause_htm( Codes , Parenthesis_level ). <<<<<<< HEAD ======= %write_codes_metta_clause_htm( [ 61 | Codes ] , Parenthesis_level ):- !, % write( "
"), write( "=" ), write( "
" ) , % write_codes_metta_clause_htm( Codes , Parenthesis_level ). %write_codes_metta_clause_htm( [ 58 | Codes ] , Parenthesis_level ):- !, % write( "
"), write( ":" ), write( "
" ) , % write_codes_metta_clause_htm( Codes , Parenthesis_level ). write_codes_metta_clause_htm( [ Co , Co2 | Codes ] , Parenthesis_level ):- Co == 40, Parenthesis_level == 0 , ( Co2 == 61; Co2 == 58 ), !, write( "
" ) , write( "(" ), write( "
" ) , string_codes( Zx, [ Co2 ] ), write( "
" ) , write( Zx ), write( "
" ) , Parenthesis_level2 is Parenthesis_level + 1, write_codes_metta_clause_htm( Codes , Parenthesis_level2 ). write_codes_metta_clause_htm( [ Co | Codes ] , Parenthesis_level ):- Co == 40, !, write( "
" ) , numspace( Parenthesis_level ), write( "(" ), write( "
" ) , Parenthesis_level2 is Parenthesis_level + 1, write_codes_metta_clause_htm( Codes , Parenthesis_level2 ). write_codes_metta_clause_htm( [ Co | Codes ] , Parenthesis_level ):- Co == 41, !, Parenthesis_level2 is Parenthesis_level - 1, write( "
" ) , write( ")   " ), write( "
" ) , write_codes_metta_clause_htm( Codes , Parenthesis_level2 ). write_codes_metta_clause_htm( [ Co | Codes ] , Parenthesis_level ):- Co == 10, !, write( "
"), write_codes_metta_clause_htm( Codes , Parenthesis_level ). write_codes_metta_clause_htm( [ H | Codes ], Plevel ):- !, string_codes( Zx, [ H ] ), write( Zx ), write_codes_metta_clause_htm( Codes , Plevel ). >>>>>>> d3628bb (Update analyse to a Table and after CSV) %write_codes_metta_clause_htm( [ 61 | Codes ] , Parenthesis_level ):- !, % write( "
"), write( "=" ), write( "
" ) , % write_codes_metta_clause_htm( Codes , Parenthesis_level ). <<<<<<< HEAD %write_codes_metta_clause_htm( [ 58 | Codes ] , Parenthesis_level ):- !, % write( "
"), write( ":" ), write( "
" ) , % write_codes_metta_clause_htm( Codes , Parenthesis_level ). ======= %---- write_codes_with_tag_colors( _Ext, [] ):-!. write_codes_with_tag_colors( Ext, [ H | Codes ] ):- H == 40, !, string_codes( Zx, [ H ] ), write( "
" ) , write( Zx ), write( "
" ) , write_codes_with_tag_colors( Ext, Codes ). write_codes_with_tag_colors( Ext, [ H | Codes ] ):- H == 41, !, string_codes( Zx, [ H ] ), write( "
" ) , write( Zx ), write( "
" ) , write_codes_with_tag_colors( Ext, Codes ). write_codes_with_tag_colors( Ext, [ H | Codes ] ):- !, string_codes( Zx, [ H ] ), write( Zx ), write_codes_with_tag_colors( Ext, Codes ). >>>>>>> d3628bb (Update analyse to a Table and after CSV) write_codes_metta_clause_htm( [ Co , Co2 | Codes ] , Parenthesis_level ):- Co == 40, Parenthesis_level == 0 , ( Co2 == 61; Co2 == 58 ), !, write( "
" ) , write( "(" ), write( "
" ) , string_codes( Zx, [ Co2 ] ), write( "
" ) , write( Zx ), write( "
" ) , Parenthesis_level2 is Parenthesis_level + 1, write_codes_metta_clause_htm( Codes , Parenthesis_level2 ). write_codes_metta_clause_htm( [ Co | Codes ] , Parenthesis_level ):- Co == 40, !, write( "
" ) , numspace( Parenthesis_level ), write( "(" ), write( "
" ) , Parenthesis_level2 is Parenthesis_level + 1, write_codes_metta_clause_htm( Codes , Parenthesis_level2 ). write_codes_metta_clause_htm( [ Co | Codes ] , Parenthesis_level ):- Co == 41, !, Parenthesis_level2 is Parenthesis_level - 1, write( "
" ) , write( ")   " ), write( "
" ) , write_codes_metta_clause_htm( Codes , Parenthesis_level2 ). write_codes_metta_clause_htm( [ Co | Codes ] , Parenthesis_level ):- Co == 10, !, write( "
"), write_codes_metta_clause_htm( Codes , Parenthesis_level ). write_codes_metta_clause_htm( [ H | Codes ], Plevel ):- !, string_codes( Zx, [ H ] ), write( Zx ), write_codes_metta_clause_htm( Codes , Plevel ). % sub_string( Txt, Pos, Len, Aft, "(" ) , % sub_string( Txt, 0, Pos, _, Begin ), Y is Pos + Len, % sub_string( Txt, Y, Aft, 0, Rest_string ), !, % write( Begin ) , % write( "
" ) , write( "(" ), write( "
" ) , % write( "
" ) , write( "(" ), write( "
" ) , % write_line_with_tag_colors( Ext, Rest_string ). make_used_tag_bold( TxLine1, Zk , Cat2 ):- string_lower( TxLine1, Txlow ) , string_lower( Zk, Zk_low ) , sub_string( Txlow , Sta, Le, Aft , Zk_low ), concat( Zk, "", Zk2 ), concat( "
" , Zk2, C1 ), concat( C1, "
" , C2 ), sub_string( TxLine1 , 0, Sta, _ , Begin ), Y is Sta + Le, sub_string( TxLine1 , Y, Aft, _ , Rest ), string_concat( Begin, C2, Cat1 ), string_concat( Cat1, Rest, Cat2 ), !. % str_replace_tag( TxLine1 , Zk, C2, Txtline2 ), !. make_used_tag_bold( Tx, _Zk , Tx ):- !. % write_line_with_tag_colors( '', " ajjahsgdfgfgf ffhhfh fhfhfhh ffhhf", "ffhh" ). % % string_length( Zk, Lx ), Lx > 0, % write( "
" ) , write_line_with_tag_colors( Ext, Txt ):- !, string_codes( Txt, Codes ), write_codes_with_tag_colors( Ext, Codes ). % write_line_with_tag_colors( _Ext, Txt ):- write( Txt ). %---- write_codes_with_tag_colors( _Ext, [] ):-!. write_codes_with_tag_colors( Ext, [ H | Codes ] ):- H == 40, !, string_codes( Zx, [ H ] ), write( "
" ) , write( Zx ), write( "
" ) , write_codes_with_tag_colors( Ext, Codes ). write_codes_with_tag_colors( Ext, [ H | Codes ] ):- H == 41, !, string_codes( Zx, [ H ] ), write( "
" ) , write( Zx ), write( "
" ) , write_codes_with_tag_colors( Ext, Codes ). write_codes_with_tag_colors( Ext, [ H | Codes ] ):- !, string_codes( Zx, [ H ] ), write( Zx ), write_codes_with_tag_colors( Ext, Codes ). % sub_string( Txt, Pos, Len, Aft, "(" ) , % sub_string( Txt, 0, Pos, _, Begin ), Y is Pos + Len, % sub_string( Txt, Y, Aft, 0, Rest_string ), !, % write( Begin ) , % write( "
" ) , write( "(" ), write( "
" ) , % write( "
" ) , write( "(" ), write( "
" ) , % write_line_with_tag_colors( Ext, Rest_string ). make_used_tag_bold( TxLine1, Zk , Cat2 ):- string_lower( TxLine1, Txlow ) , string_lower( Zk, Zk_low ) , sub_string( Txlow , Sta, Le, Aft , Zk_low ), concat( Zk, "", Zk2 ), concat( "
" , Zk2, C1 ), concat( C1, "
" , C2 ), sub_string( TxLine1 , 0, Sta, _ , Begin ), Y is Sta + Le, sub_string( TxLine1 , Y, Aft, _ , Rest ), string_concat( Begin, C2, Cat1 ), string_concat( Cat1, Rest, Cat2 ), !. % str_replace_tag( TxLine1 , Zk, C2, Txtline2 ), !. make_used_tag_bold( Tx, _Zk , Tx ):- !. % write_line_with_tag_colors( '', " ajjahsgdfgfgf ffhhfh fhfhfhh ffhhf", "ffhh" ). % % string_length( Zk, Lx ), Lx > 0, % write( "
" ) , write_line_with_tag_colors( Ext, Txt ):- !, string_codes( Txt, Codes ), write_codes_with_tag_colors( Ext, Codes ). % write_line_with_tag_colors( _Ext, Txt ):- write( Txt ). %---- search_prolog_files( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi , Isleading ):- read_files_dir( 'prolog_source_dir', Sdir ), !, retractall( chercher_a( _ ) ), assert( chercher_a( "eval_20&:-" ) ), retractall( current_file_extension( _ ) ), assert( current_file_extension( '.pl' ) ), retractall( singularity_src_dir_perform( _ ) ), % assert( singularity_src_dir_perform( '../canary/' ) ), assert( singularity_src_dir_perform( Sdir ) ), singularity_src_dir_perform( Dirx_zz_00 ), get_all_singularity_files( Tp, MdfKeyaft, Dirx_zz_00 ), sleep(2), write(" start read files \n"), write("\n
 
\n"), retractall( dir_level( _, _, _, _, _, _, _, _, _, _) ), retractall( file_level(_, _, _, _, _, _, _, _, _, _, _) ), retractall( found_include_file( _, _, _, _, _, _, _, _, _, _, _ )), consult( Xfi ), write( "Consulted\n" ), write( Xfi ), nl, write( "\n
 
\n" ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, 'dummy_001', 0 , Isleading ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, 'dummy_001', 1, Isleading ). <<<<<<< HEAD search_prolog_files( _Tp, _Dk, _Zk, _MdfKeyaft, _Is_mk_update, _Xfi , _Isleading ):- !. ======= >>>>>>> d3628bb (Update analyse to a Table and after CSV) %-- % assert( singularity_src_dir_perform( '../../tests/baseline_compat/' ) ), % assert( singularity_src_dir_perform( '../../tests/' ) ), search_metta_files( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, Isleading ):- read_files_dir( 'search_metta_files_dir', Sdir ), !, retractall( chercher_a( _ ) ), assert( chercher_a( "assertEqual" ) ), retractall( current_file_extension( _ ) ), assert( current_file_extension( '.metta' ) ), retractall( singularity_src_dir_perform( _ ) ), <<<<<<< HEAD assert( singularity_src_dir_perform( Sdir ) ), ======= % assert( singularity_src_dir_perform( '../../tests/baseline_compat/hyperon-mettalog_sanity/' ) ), assert( singularity_src_dir_perform( '../../tests/baseline_compat/' ) ), >>>>>>> d3628bb (Update analyse to a Table and after CSV) singularity_src_dir_perform( Dirx_zz_2 ), get_all_singularity_files( Tp, MdfKeyaft, Dirx_zz_2 ), sleep(2), write(" start read files \n"), write("\n
 
\n"), retractall( dir_level( _, _, _, _, _, _, _, _, _, _) ), retractall( file_level(_, _, _, _, _, _, _, _, _, _, _) ), consult( Xfi ), write( "Consulted\n" ), write( Xfi ), nl, write( "\n
 
\n" ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_2, 0 , Isleading), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_2, 1 , Isleading). <<<<<<< HEAD search_metta_files( _Tp, _Dk, _Zk, _MdfKeyaft, _Is_mk_update, _Xfi, _Isleading ):- !. search_metta_files_else_where( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, _Isleading ):- read_files_dir( 'search_metta_files_else_where_dir', Sdir ), !, retractall( chercher_a( _ ) ), assert( chercher_a( "assertEqual" ) ), retractall( current_file_extension( _ ) ), assert( current_file_extension( '.metta' ) ), retractall( singularity_src_dir_perform( _ ) ), assert( singularity_src_dir_perform( Sdir ) ), singularity_src_dir_perform( Dirx_zz_2 ), get_all_singularity_files( Tp, MdfKeyaft, Dirx_zz_2 ), sleep(2), write(" start read files \n"), write("\n
 
\n"), retractall( dir_level( _, _, _, _, _, _, _, _, _, _) ), retractall( file_level(_, _, _, _, _, _, _, _, _, _, _) ), consult( Xfi ), write( "Consulted\n" ), write( Xfi ), nl, write( "\n
 
\n" ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_2, 0 , metta_else_where ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_2, 1 , metta_else_where ). search_metta_files_else_where( _Tp, _Dk, _Zk, _MdfKeyaft, _Is_mk_update, _Xfi, _Isleading ):- !. search_metta_files_std_lib( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, _Isleading ):- read_files_dir( 'metta_std_lib_dir', Sdir ), !, ======= search_metta_files_std_lib( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, _Isleading ):- >>>>>>> d3628bb (Update analyse to a Table and after CSV) retractall( chercher_a( _ ) ), assert( chercher_a( "assertEqual" ) ), retractall( current_file_extension( _ ) ), assert( current_file_extension( '.metta' ) ), retractall( singularity_src_dir_perform( _ ) ), % canary % assert( singularity_src_dir_perform( '../../tests/extended_compat/metta-examples/' ) ), <<<<<<< HEAD % assert( singularity_src_dir_perform( '../canary/' ) ), assert( singularity_src_dir_perform( Sdir ) ), ======= assert( singularity_src_dir_perform( '../canary/' ) ), >>>>>>> d3628bb (Update analyse to a Table and after CSV) singularity_src_dir_perform( Dirx_zz_2 ), get_all_singularity_files( Tp, MdfKeyaft, Dirx_zz_2 ), sleep(2), write(" start read files search_metta_files_std_lib \n"), write("\n
 
\n"), retractall( dir_level( _, _, _, _, _, _, _, _, _, _) ), retractall( file_level(_, _, _, _, _, _, _, _, _, _, _) ), consult( Xfi ), write( "Consulted\n" ), write( Xfi ), nl, write( "\n
 
\n" ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_2, 0 , metta_std_lib ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_2, 1 , metta_std_lib ). <<<<<<< HEAD search_metta_files_std_lib( _Tp, _Dk, _Zk, _MdfKeyaft, _Is_mk_update, _Xfi, _Isleading ):- !. ======= search_metta_files_else_where( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, _Isleading ):- retractall( chercher_a( _ ) ), assert( chercher_a( "assertEqual" ) ), retractall( current_file_extension( _ ) ), assert( current_file_extension( '.metta' ) ), retractall( singularity_src_dir_perform( _ ) ), assert( singularity_src_dir_perform( '../../tests/extended_compat/metta-examples/' ) ), singularity_src_dir_perform( Dirx_zz_2 ), get_all_singularity_files( Tp, MdfKeyaft, Dirx_zz_2 ), sleep(2), write(" start read files \n"), write("\n
 
\n"), retractall( dir_level( _, _, _, _, _, _, _, _, _, _) ), retractall( file_level(_, _, _, _, _, _, _, _, _, _, _) ), consult( Xfi ), write( "Consulted\n" ), write( Xfi ), nl, write( "\n
 
\n" ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_2, 0 , metta_else_where ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_2, 1 , metta_else_where ). >>>>>>> d3628bb (Update analyse to a Table and after CSV) % assert( singularity_src_dir_perform( '../../tests/extended_compat/' ) ), % assert( singularity_src_dir_perform( '../../tests/features/' ) ), % \\wsl.localhost\Ubuntu\home\drspro\metta-wam\tests\extended_compat\metta-examples % assert( singularity_src_dir_perform( '../../tests/baseline_compat/hyperon-mettalog_sanity/' ) ), % assert( singularity_src_dir_perform( '../../tests/baseline_compat/' ) ), search_metta_files2( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, Isleading ):- <<<<<<< HEAD read_files_dir( 'examples_source_dir', Sdir ), !, retractall( chercher_a( _ ) ), assert( chercher_a( "assertEqual" ) ), retractall( current_file_extension( _ ) ), assert( current_file_extension( '.metta' ) ), retractall( singularity_src_dir_perform( _ ) ), % assert( singularity_src_dir_perform( '../../../metta-examples-main/' ) ), assert( singularity_src_dir_perform( Sdir ) ), ======= retractall( chercher_a( _ ) ), assert( chercher_a( "assertEqual" ) ), retractall( current_file_extension( _ ) ), assert( current_file_extension( '.metta' ) ), retractall( singularity_src_dir_perform( _ ) ), assert( singularity_src_dir_perform( '../../../metta-examples-main/' ) ), >>>>>>> d3628bb (Update analyse to a Table and after CSV) singularity_src_dir_perform( Dirx_zz_2 ), get_all_singularity_files( Tp, MdfKeyaft, Dirx_zz_2 ), sleep(2), write(" start read files \n"), write("\n
 
\n"), retractall( dir_level( _, _, _, _, _, _, _, _, _, _) ), retractall( file_level(_, _, _, _, _, _, _, _, _, _, _) ), consult( Xfi ), write( "Consulted\n" ), write( Xfi ), nl, write( "\n
 
\n" ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_2, 0 , Isleading), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_2, 1 , Isleading). <<<<<<< HEAD search_metta_files2( _Tp, _Dk, _Zk, _MdfKeyaft, _Is_mk_update, _Xfi, _Isleading ):- !. ======= >>>>>>> d3628bb (Update analyse to a Table and after CSV) search_metta_files_hyperon( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, Isleading ):- read_files_dir( 'metta_python_source_dir', Sdir ), !, retractall( chercher_a( _ ) ), assert( chercher_a( "assertEqual" ) ), retractall( current_file_extension( _ ) ), assert( current_file_extension( '.metta' ) ), retractall( singularity_src_dir_perform( _ ) ), % assert( singularity_src_dir_perform( '../../../hyperon-experimental/python/' ) ), assert( singularity_src_dir_perform( Sdir ) ), singularity_src_dir_perform( Dirx_zz_3 ), get_all_singularity_files( Tp, MdfKeyaft, Dirx_zz_3 ), sleep(2), write(" start read files \n"), write("\n
 
\n"), retractall( dir_level( _, _, _, _, _, _, _, _, _, _) ), retractall( file_level(_, _, _, _, _, _, _, _, _, _, _) ), consult( Xfi ), write( "Consulted\n" ), write( Xfi ), nl, write( "\n
 
\n" ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_3, 0 , Isleading), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_3, 1 , Isleading). <<<<<<< HEAD search_metta_files_hyperon( _Tp, _Dk, _Zk, _MdfKeyaft, _Is_mk_update, _Xfi, _Isleading ):- !. ======= >>>>>>> d3628bb (Update analyse to a Table and after CSV) search_python_files_hyperon( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, Isleading ):- read_files_dir( 'python_source_dir', Sdir ), !, retractall( chercher_a( _ ) ), assert( chercher_a( "assertEqual" ) ), retractall( current_file_extension( _ ) ), assert( current_file_extension( '.py' ) ), retractall( singularity_src_dir_perform( _ ) ), % assert( singularity_src_dir_perform( '../../../hyperon-experimental/python/' ) ), assert( singularity_src_dir_perform( Sdir ) ), singularity_src_dir_perform( Dirx_zz_4 ), get_all_singularity_files( Tp, MdfKeyaft, Dirx_zz_4 ), sleep(2), write(" start read files \n"), write("\n
 
\n"), retractall( dir_level( _, _, _, _, _, _, _, _, _, _) ), retractall( file_level(_, _, _, _, _, _, _, _, _, _, _) ), consult( Xfi ), write( "Consulted\n" ), write( Xfi ), nl, write( "\n
 
\n" ), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_4, 0 , Isleading), read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_4, 1 , Isleading). search_python_files_hyperon( _Tp, _Dk, _Zk, _MdfKeyaft, _Is_mk_update, _Xfi, _Isleading ):- !. search_rust_files_hyperon( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, Isleading ):- read_files_dir( 'hyperon_source_dir', Sdir ), !, retractall( chercher_a( _ ) ), assert( chercher_a( "assertEqual" ) ), retractall( current_file_extension( _ ) ), assert( current_file_extension( '.rs' ) ), <<<<<<< HEAD retractall( singularity_src_dir_perform( _ ) ), % assert( singularity_src_dir_perform( '../../../hyperon-experimental/lib/src/' ) ), assert( singularity_src_dir_perform( Sdir ) ), ======= retractall( singularity_src_dir_perform( _ ) ), assert( singularity_src_dir_perform( '../../../hyperon-experimental/lib/src/' ) ), >>>>>>> d3628bb (Update analyse to a Table and after CSV) singularity_src_dir_perform( Dirx_zz_5 ), get_all_singularity_files( Tp, MdfKeyaft, Dirx_zz_5 ), sleep(2), write(" start read files \n"), write("\n
 
\n"), retractall( dir_level( _, _, _, _, _, _, _, _, _, _) ), retractall( file_level(_, _, _, _, _, _, _, _, _, _, _) ), consult( Xfi ), write( "Consulted\n" ), write( Xfi ), nl, write( "\n
 
\n" ), % read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_5, 0 , Isleading), % read_all_singularity_files( is_octet, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_5, 1 , Isleading). <<<<<<< HEAD ======= >>>>>>> d3628bb (Update analyse to a Table and after CSV) read_all_singularity_files( is_utf8, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_5, 0 , Isleading), read_all_singularity_files( is_utf8, Tp, Zk, only_copy_files, Is_mk_update, Dirx_zz_5, 1 , Isleading). search_rust_files_hyperon( _Tp, _Dk, _Zk, _MdfKeyaft, _Is_mk_update, _Xfi, _Isleading ):- !. %--- short_code_metta( include_metta_files, 'inc' ):-!. short_code_metta( _Inc_Metta, 'notinc' ):-!. %---- % CENTRAL ALL DIRS read_files_dir( 'hyperon_source_dir', '../../../hyperon-experimental/lib/src/' ). read_files_dir( 'prolog_source_dir', '../canary/' ). read_files_dir( 'metta_std_lib_dir', '../canary/' ). % the se 2 should not be the same or contain eachother read_files_dir( 'search_metta_files_dir', '../../tests/' ). read_files_dir( 'search_metta_files_else_where_dir', '../../tests/extended_compat/metta-examples/' ). read_files_dir( 'examples_source_dir', '../../../metta-examples-main/' ). read_files_dir( 'python_source_dir', '../../../hyperon-experimental/python/' ). read_files_dir( 'metta_python_source_dir', '../../../hyperon-experimental/python/' ). %--- also_search_metta_files( include_metta_files , Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi ):- !, <<<<<<< HEAD % TEMP write( "Phase- metta STDLIB files" ), nl, search_metta_files_std_lib( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), % If these directorys are equal then only one of them should be performed search_metta_files( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), search_metta_files_else_where( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), % TEMP search_metta_files2( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), ======= search_metta_files( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), % TEMP write( "Phase- metta STDLIB files" ), nl, search_metta_files_std_lib( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), % TEMP search_metta_files2( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), search_metta_files_else_where( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), >>>>>>> d3628bb (Update analyse to a Table and after CSV) !. % search_metta_files_else_where( Tp, _Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, _Isleading ), % TEMP % search_metta_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), !. also_search_metta_files( _, _,_,_, _,_,_ ):- !. %-- % ( i search_all_files_with_leading( 'prolog_leading', Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi , Inc_Metta ):- !, search_prolog_files( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_leading ), search_python_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), search_rust_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), also_search_metta_files( Inc_Metta, Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi ), %search_metta_files( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), %search_metta_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), !. search_all_files_with_leading( 'python_leading', Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi , Inc_Metta ):- !, search_python_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_leading ), search_prolog_files( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), search_rust_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), also_search_metta_files( Inc_Metta, Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi ), %search_metta_files( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), %search_metta_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), !. search_all_files_with_leading( 'rust_leading' , Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi , Inc_Metta ):- !, % write("Phase- python"), nl, search_python_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_leading ), % write("Phase-1"), nl, read_rustfile_tags( '../../../hyperon-experimental/lib/src/metta/runner/stdlib.rs' ), search_rust_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), write("Phase-PROLOG"), nl, search_prolog_files( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), write("Phase-metta files"), nl, also_search_metta_files( Inc_Metta, Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi ), %*search_metta_files( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), %*search_metta_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), !. % search_metta_files( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), % search_metta_files_hyperon( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi, is_not_leading ), reset_htm( _Display_per_file_or_per_tag, _LeadingTag, _Inc_Metta, Htmfile ):- tell( Htmfile ), <<<<<<< HEAD get_time( TimeStamp ), ======= get_time(TimeStamp), >>>>>>> d3628bb (Update analyse to a Table and after CSV) write("\n \n"), write("\n \n"), write("\n \n"), write("\n \n"), write("\n \n"), write("

\n Time "), write( TimeStamp ), write("

\n"), %write("

\n"), write( Inc_Metta ), write("

\n"), %write("

\n"), write( Display_per_file_or_per_tag ), write("

\n"), %write("

\n"), write( LeadingTag ), write("

\n"), told(). %--- find_tags( Tag , Tg1 , Tg2 , Tg3 ):- eval_tag_found( 'metta', Tag , Tg1 , Tg2 , Tg3 ,_) , !. find_tags( _Tag , "cantf1", "cantf2", "cantf3" ):-!. % eval_tag_found( 'metta', Tag , Tg1 , Tg2 , Tg3 ) , %display_tags_not_found():- % eval_tag_found( Tag ), retract( eval_tag( Tag ) ), fail , !. %display_tags_not_found():- % write( "@DOC-tag not found - uncovered / created default
" ), nl, % eval_tag( _, Tag, _ ), % not( eval_tag_found( 'metta_doc', Tag, _ , _ , _ ) ), % write( " Default @doc code : " ) , write( Tag ), write( "
" ), nl, fail, !. tag_types( 'rust' ). tag_types( 'python' ). tag_types( 'metta_ontol_pl' ). tag_types( 'metta_example' ). tag_types( 'metta' ). tag_types( '' ). display_tags_not_found():- write( "@METTA-example TAGS
" ), nl, tag_types( Type ), nl, write("
"), write( Type ) , nl, % eval_tag( _, Tag, _ ), % write( "
" ), nl, % write( " Default metta example : -" ) , write( Tag ), write( "- "), eval_tag_found( Type , Tag , _ , _ , _ ,_) , % write(" not FOUND "), nl, write("
"), write( Type ) , write( " " ), write( Tag ), nl, fail, !. % write( Tg1 ), write( " " ), write( Tg2 ), write( " " ), write( Tg3 ), % find_tags( Tag , Tg1 , Tg2 , Tg3 ), % eval_tag_found( 'metta', Tag , Tg1 , Tg2 , Tg3 ) , %display_tags_not_found():- % write( "Tags not found - uncovered
" ), nl, % eval_tag( _, Tag, _ ), % not( eval_tag_found( _, Tag ) ), % write( " " ) , write( Tag ), write( "
" ), nl, fail, !. display_tags_not_found():- !. %--- % i,o,o get_tag_properties( Tag, "yes", "yes" ):- eval_tag( 'rust', _, Tag, _ , _ , _), eval_tag( 'pl_tag', _, Tag, _ , _ , _), !. get_tag_properties( Tag, "yes", "" ):- eval_tag( 'rust', _, Tag, _ , _ , _), !. get_tag_properties( Tag, "", "yes" ):- eval_tag( 'pl_tag', _, Tag, _ , _ , _), !. get_tag_properties( _El, "", "" ):-!. write_cell( Tag ):- write( "" ), write( Tag ), write( "" ), !. <<<<<<< HEAD write_cell_pre( Tag ):- write( " 
" ),      write( Tag ),     write( "
" ), !. ======= >>>>>>> d3628bb (Update analyse to a Table and after CSV) write_head( Tag ):- write( "" ), write( Tag ), write( "" ), !. %--- sequence_of_tags( Prolog_and_rust, Rustonly, Prologonly ):- findall( Tag, eval_tag( 'rust', _, Tag, _ , _ , _), Taglis1 ), findall( Tag2, eval_tag( 'pl_tag', _, Tag2, _ , _ , _), Taglis2 ), intersection( Taglis1, Taglis2, Prolog_and_rust0 ), sort( Prolog_and_rust0, Prolog_and_rust ), subtract( Taglis1, Taglis2, Rustonly0 ), sort( Rustonly0, Rustonly ), subtract( Taglis2, Taglis1, Prologonly0 ), sort( Prologonly0, Prologonly ). % append( Taglis1, Taglis2, Taglis3 ), sort( Taglis3, Taglis4 ), % member( El, Taglis4 ), % found_search_result(metta_example, % "match",1,3,'../ % eval_tag(metta_tag_std_lib,1348,"format-args",'../canary/stdlib_me % eval_tag(metta_example,58,"let*",'../../tests/baseline_compat/hyp :- dynamic tag_for_table/1. set_tags_for_table():- retractall( tag_for_table( _ ) ), sequence_of_tags( Prolog_and_rust, Rustonly, Prologonly ), append( Prolog_and_rust, Rustonly, C1 ), append( C1, Prologonly, Taglis4 ), member( El_tag, Taglis4 ), assert( tag_for_table( El_tag ) ), fail, !. set_tags_for_table():- !. find_has_metta_doc( El_tag , "has @doc" ):- eval_tag( metta_tag_std_lib, _, El_tag , _F, _Str, _ ),!. <<<<<<< HEAD find_has_metta_doc( _El_tag , " NO @doc" ):- !. find_has_metta_type_doc( El_tag , "has type @doc" , Str ):- eval_tag( metta_tag_std_lib, _, El_tag , _F, Str, _ ), sub_string( Str, _ , _ , _ , "(: "), ! . find_has_metta_type_doc( _El_tag , " No type @doc" , " No type @doc" ):- !. % metta_function_declaration ======= find_has_metta_doc( _El_tag , " no @doc" ):- !. >>>>>>> d3628bb (Update analyse to a Table and after CSV) % is_metta %--- % 'rust' <<<<<<< HEAD show_read_files_dir():- read_files_dir( Tp, Dir ), write( Tp ), write(" "), write( Dir ), write("
"), nl, fail, !. show_read_files_dir():- write("
 
"), !. % eval_tag( 'rust', Linum, Taglow, F , Sline , Ari) % eval_tag( 'rust', Linum, Taglow, F , Sline , Ari) %only_small_number_of_occurences_display( Num_oc, Files_list_s0, Files_list_s ), %only_small_number_of_occurences_display( Num_oc2, Files_list_s02, Files_list_s2 ), % find_metta_test_occurences( El_tag, Numberof_s, _Files_list ), write_csv_val( Sx ) :- str_code_remove( Sx, 39, Sx2 ), str_code_remove( Sx2, 91, Sx3 ), str_code_remove( Sx3, 93, Sx4 ), str_code_remove( Sx4, 60, Sx5 ), str_code_remove( Sx5, 62, Sx6 ), str_code_remove( Sx6, 47, Sx7 ), str_code_remove( Sx7, 40, Sx8 ), str_code_remove( Sx8, 41, Sx9 ), str_code_remove( Sx9, 58, Sx10 ), str_code_remove( Sx10, 59, Sx11 ), write( Sx11 ). write_csv_cols( [] ):- !. write_csv_cols( [ H ] ):- !, write_csv_val( H ) . write_csv_cols( [ H | Rest ] ):- !, write_csv_val( H ), write( ";" ), write_csv_cols( Rest ). make_rust_prolog_table():- show_read_files_dir(), write( "" ), retractall( tel(_)) , assert( tel( 0 ) ), write( "" ), write_head( " " ), write_head( "function" ), write_head( "Rust" ), write_head( "Prolog" ), write_head( "Occurs in metta-files" ), write_head( "Has metta-files" ), write_head( "Has @doc" ), write_head( "@doc TYPE decl" ), write_head( "Num of metta-test" ), write_head( "Has metta-testf" ), write( "" ), tag_for_table( El_tag ), is_metta_function( El_tag ), incr( Count ), number_string( Count, Sx ), get_tag_properties( El_tag, Hasrust, Hasprolog ), get_tag_occurences( El_tag , _Num_oc, Occurences_string , Files_list_s ), get_tag_occurences_test( El_tag , _Num_oc2, Occurences_string2 , Files_list_s2 ), find_has_metta_doc( El_tag , Has_doc_s ), find_has_metta_type_doc( El_tag , _Has_tdoc_s , Type_descr ), write( "" ), write_cell( Sx ), write_cell( El_tag ), write_cell( Hasrust ), write_cell( Hasprolog ), write_cell( Occurences_string ), write_cell( Files_list_s ), write_cell( Has_doc_s ), write_cell_pre( Type_descr ), write_cell( Occurences_string2 ), write_cell( Files_list_s2 ), write( "" ), fail, !. make_rust_prolog_table():- write( "
" ), !. make_rust_prolog_csv():- retractall( tel(_)) , assert( tel( 0 ) ), write_csv_cols( [ "num" , "function" , "Rust" , "Prolog" , "Occurs in metta-files" , "Has metta-files" , "Has @doc" , "@doc TYPE decl" , "Num of metta-test" , "Has metta-testf" ]), write("\r"), nl, tag_for_table( El_tag ), is_metta_function( El_tag ), incr( Count ), number_string( Count, Sx ), get_tag_properties( El_tag, Hasrust, Hasprolog ), get_tag_occurences( El_tag , _Num_oc, Occurences_string , Files_list_s ), get_tag_occurences_test( El_tag , _Num_oc2, Occurences_string2 , Files_list_s2 ), find_has_metta_doc( El_tag , Has_doc_s ), find_has_metta_type_doc( El_tag , _Has_tdoc_s , Type_descr ), write_csv_cols( [ Sx , El_tag , Hasrust , Hasprolog , Occurences_string , Files_list_s , Has_doc_s , Type_descr , Occurences_string2 , Files_list_s2 ] ), write("\r"), nl, fail, !. make_rust_prolog_csv():- write( "" ), !. ======= make_rust_prolog_table():- write( "" ), retractall( tel(_)) , assert( tel( 0 ) ), % eval_tag( 'rust', Linum, Taglow, F , Sline , Ari) % eval_tag( 'rust', Linum, Taglow, F , Sline , Ari) write( "" ), write_head( " " ), write_head( "function" ), write_head( "Rust" ), write_head( "Prolog" ), write_head( "Occurs in metta-files" ), write_head( "Has metta-files" ), write_head( "Has @doc" ), write_head( "Num of metta-test" ), write_head( "Has metta-testf" ), write( "" ), tag_for_table( El_tag ), is_metta_function( El_tag ), incr( Count ), number_string( Count, Sx ), get_tag_properties( El_tag, Hasrust, Hasprolog ), get_tag_occurences( El_tag , _Num_oc, Occurences_string , Files_list_s ), %only_small_number_of_occurences_display( Num_oc, Files_list_s0, Files_list_s ), get_tag_occurences_test( El_tag , _Num_oc2, Occurences_string2 , Files_list_s2 ), %only_small_number_of_occurences_display( Num_oc2, Files_list_s02, Files_list_s2 ), find_has_metta_doc( El_tag , Has_doc_s ), % find_metta_test_occurences( El_tag, Numberof_s, _Files_list ), write( "" ), write_cell( Sx ), write_cell( El_tag ), write_cell( Hasrust ), write_cell( Hasprolog ), write_cell( Occurences_string ), write_cell( Files_list_s ), write_cell( Has_doc_s ), write_cell( Occurences_string2 ), write_cell( Files_list_s2 ), write( "" ), fail, !. make_rust_prolog_table():- write( "
" ), !. >>>>>>> d3628bb (Update analyse to a Table and after CSV) memory_data_to_file( Fn ):- tell( Fn ), eval_tag( A , B , C , D , E, F ), write_term( eval_tag( A , B , C , D , E, F ), [quoted(true)] ), nl, fail. memory_data_to_file( _Fn ):- eval_tag_found( A , B , C , D , E, F ), write_term( eval_tag_found( A , B , C , D , E, F ), [quoted(true)] ), nl, fail. memory_data_to_file( _Fn ):- found_search_result( A , B , C , D , E, F ), write_term( found_search_result( A , B , C , D , E, F ), [quoted(true)] ), nl, fail. % eval_tag_secondary/2. memory_data_to_file( _ ):- told(), ! . %--- :- dynamic tag_occurences/3. :- dynamic tag_occurences_test/3. % max_length_list( [ A,B,C|_], [A,B,C]):- !. % max_length_list( [ A,B|_], [A,B]):- !. max_length_list( [ A|_], [A]):- !. max_length_list(_Files0, []):-!. get_tag_occurences( Tag , Count, Sx , Files_s ):- tag_occurences( Tag , Count, Files0 ), max_length_list(Files0, Files), number_string( Count, Sx ), term_string( Files, Files_s, [] ), !. get_tag_occurences( _Tag , 0, "", "has no metta" ):- !. %---- get_tag_occurences_test( Tag , Count, Sx , Files_s ):- tag_occurences_test( Tag , Count, Files0 ), max_length_list(Files0, Files), number_string( Count, Sx ), term_string( Files, Files_s, [] ), !. get_tag_occurences_test( _Tag , 0, "", "has no metta test" ):- !. %--- only_small_number_of_occurences_display( Num_oc, Files_list_s, Files_list_s ):- Num_oc < 6, !. only_small_number_of_occurences_display( _Num_oc, _Files_list_s0, "" ):- !. % only_small_number_of_occurences_display( _Num_oc, Files_list_s, Files_list_s ):-!. %---- update_tag_occurences( Tag , Count, Base ):- retract( tag_occurences( Tag , _ , Files0 ) ), !, sort( [ Base | Files0 ], Files ), assert( tag_occurences( Tag , Count, Files ) ). update_tag_occurences( Tag , Count, Base ):- assert( tag_occurences( Tag , Count, [Base] ) ). %-- update_tag_occurences_test( Tag , Count, Base ):- retract( tag_occurences_test( Tag , _ , Files0 ) ), !, sort( [ Base | Files0 ], Files ), assert( tag_occurences_test( Tag , Count, Files ) ). update_tag_occurences_test( Tag , Count, Base ):- assert( tag_occurences_test( Tag , Count, [Base] ) ). %---- count_tags_files_occurences():- retractall( tag_occurences( _ , _ , _ ) ) , tag_for_table( Tag ), retractall( tel( _ ) ), assert( tel( 0 ) ), found_search_result( metta_example , Tag, _Lev , _Line , Fn , _Str_part ), file_base_name( Fn, Base ), file_name_extension( Base2, _Ext, Base ), incr( Count ), update_tag_occurences( Tag , Count, Base2 ), fail, ! . count_tags_files_occurences():- !. %--- count_tags_files_occurences_test():- retractall( tag_occurences_test( _ , _ , _ ) ) , tag_for_table( Tag ), retractall( tel( _ ) ), assert( tel( 0 ) ), found_search_result( metta_example , Tag, _Lev , _Line , Fn , Str_part ), sub_string( Str_part, _,_,_, "assert" ), file_base_name( Fn, Base ), file_name_extension( Base2, _Ext, Base ), incr( Count ), update_tag_occurences_test( Tag , Count, Base2 ), fail, ! . count_tags_files_occurences_test():- !. % found_search_result(metta_example,"match",1,3,'../../tests/baseline_compat/metta-morph_tests/match_feval.metta',"!(match &self (= (f $x) $y) $y)") % eval_tag(metta_tag_std_lib,1225,"print",'../canary/stdlib_mettalog.metta',"(@doc print-mods!\n (@desc \"Prints all modules with their correspondent spaces\")\n (@params ())\n (@return \"Unit atom\"))",0) % found_search_result(metta_example, % "match",1,3,'../ % eval_tag(metta_tag_std_lib,1348,"format-args",'../canary/stdlib_me % eval_tag(metta_example,58,"let*",'../../tests/baseline_compat/hyp <<<<<<< HEAD % create_view_table(). create_view_table():- !, start_analyse( 'display_per_tag', 'rust_leading', 0, '', is_dummy_tag, include_metta_files ). ======= >>>>>>> d3628bb (Update analyse to a Table and after CSV) %--- start_analyse_metta( Display_per_file_or_per_tag, LeadingTag, Tp, MdfKeyaft, Is_mk_update, _X , Inc_Metta ):- !, retractall( eval_tag( _, _, _ , _,_ , _ ) ), retractall( eval_tag_secondary( _ , _ ) ), retractall( eval_tag_found( _ , _ , _ , _, _ ,_ ) ), retractall( found_search_result( _,_, _, _, _, _ ) ), retractall( per_file( _ ) ), % retractall( extra_string_to_search( _ ) ), % assert( extra_string_to_search( "count" ) ), % chercher_a( Zk ), Zk = "", today_key( Dk ), write( "today key " ), write( Dk ), Xfi = 'data/htm_file_list.pl', short_code_metta( Inc_Metta, Short_code ), atomic_list_concat([ 'result/analyse_result_', LeadingTag, '_', Display_per_file_or_per_tag, '_', Short_code, '.htm' ], Htmfile ), reset_htm( Display_per_file_or_per_tag, LeadingTag, Inc_Metta, Htmfile ), % search_all_files_with_prolog_leading( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi ), search_all_files_with_leading( LeadingTag, Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi , Inc_Metta ), % search_all_files_with_rust_leading( Tp, Dk, Zk, MdfKeyaft, Is_mk_update, Xfi ), memory_data_to_file( 'data/tags_data.pl' ), set_tags_for_table(), count_tags_files_occurences(), count_tags_files_occurences_test(), append( Htmfile ), % TEMP turn off % display_metta_sresults( Display_per_file_or_per_tag , Zk, 'dummyxxaaq' ), % show_identified_eval_tags( 'rust' ), % show_identified_eval_tags( 'pl_tag' ), % show_identified_eval_tags( 'python' ), % show_identified_eval_tags( 'pl_interp_tag' ), % show_identified_eval_tags( 'metta_tag' ), % show_identified_eval_tags( 'metta_tag_extra' ), % show_tags_which_dont_have_tests(), % show_identified_eval_secondary_tags(), % display_tags_not_found(), make_rust_prolog_table(), <<<<<<< HEAD ======= retractall( eval_tag_found( _ , _ , _, _, _ ,_) ), >>>>>>> d3628bb (Update analyse to a Table and after CSV) told(), tell( 'result/prolog_rust.csv' ), make_rust_prolog_csv(), told(), retractall( eval_tag_found( _ , _ , _, _, _ ,_) ), write( "analyses result written to file: \n" ), write( Htmfile ), nl. make_csv():- !, tell( 'result/prolog_rust.csv' ), make_rust_prolog_csv(), told(). test11():- atom_codes( '42 times' , Codes ), phrase( integer( X ), Codes, _Res ), write( X ), nl . %eval20claus( Lis ) --> "eval_20(" , Lis . %test12():- string_codes( "eval_20( aaqq ", Codes ), % phrase( eval20claus( Lis ), Codes, _P ) , % write_term( Lis, [] ), nl. komma --> [C], { C == 44 }. leftparenthese --> [C], { C == 40 }. leftbracket --> [C], { C == 91 }. rightbracket --> [C], { C == 93 }. singlequote --> [C], { C == 39 }. % tag_x( foo ) --> "foo" . % tag_x( bar( A, B ) ) --> "bar", whites, digits( ACodes ), whites, digits( BCodes ), { number_codes( A, ACodes), number_codes( B, BCodes ) }. % tag_x( bar( A, B ) ) --> "bar(", whites , digits( ACodes ), whites, komma , whites, digits( BCodes ), { number_codes( A, ACodes), number_codes( B, BCodes ) }. %tag_x( bar( Vn , B ) ) --> "bar(", whites , prolog_var_name( Vn ), whites, komma , whites, digits( BCodes ), { number_codes( B, BCodes ) }. % tag_x( eval20( A , A2, A3, A4, B , X5 ) ) --> "eval_20(", whites , string( Vn ), whites, komma , whites, %tag_x( eval20( B ) ) --> "eval_20(", whites , string( Vn ), whites, komma , whites, % string( Vn2 ), whites, komma , whites , % string( Vn3 ), whites, komma , whites , % string( Vn4 ), whites, komma , whites , % leftbracket , whites, singlequote , string( BCodes ), singlequote, whites, komma , % string( Rest5 ), % { string_codes( _A, Vn ), string_codes( _A2, Vn2 ), string_codes( _A3, Vn3 ), string_codes( _A4, Vn4 ), string_codes( B, BCodes ), string_codes( _X5, Rest5 ) }. tag_x( eval20( B , X5q ) ) --> "eval_20(", whites , string( Vn ), whites, komma , whites, string( Vn2 ), whites, komma , whites , string( Vn3 ), whites, komma , whites , string( Vn4 ), whites, komma , whites , leftbracket , whites, singlequote , string( BCodes ), singlequote, whites, komma , string( Rest5 ), rightbracket, string( _Rest6 ), { string_codes( _A, Vn ), string_codes( _A2, Vn2 ), string_codes( _A3, Vn3 ), string_codes( _A4, Vn4 ), string_codes( B, BCodes ), string_codes( X5q, Rest5 ) }. %--- tag_x40( eval40( B , X5q ) ) --> "eval_40(", whites , string( Vn ), whites, komma , whites, string( Vn2 ), whites, komma , whites , string( Vn3 ), whites, komma , whites , string( Vn4 ), whites, komma , whites , leftbracket , whites, singlequote , string( BCodes ), singlequote, whites, komma , string( Rest5 ), rightbracket, string( _Rest6 ), { string_codes( _A, Vn ), string_codes( _A2, Vn2 ), string_codes( _A3, Vn3 ), string_codes( _A4, Vn4 ), string_codes( B, BCodes ), string_codes( X5q, Rest5 ) }. tag_x70( eval70( B , X5q ) ) --> "eval_70(", whites , string( Vn ), whites, komma , whites, string( Vn2 ), whites, komma , whites , string( Vn3 ), whites, komma , whites , string( Vn4 ), whites, komma , whites , leftbracket , whites, singlequote , string( BCodes ), singlequote, whites, komma , string( Rest5 ), rightbracket, string( _Rest6 ), { string_codes( _A, Vn ), string_codes( _A2, Vn2 ), string_codes( _A3, Vn3 ), string_codes( _A4, Vn4 ), string_codes( B, BCodes ), string_codes( X5q, Rest5 ) }. %:- discontiguous eval_40/6. %:- discontiguous eval_70/6. % tag_x( quux( S ) ) --> "quux", whites, nonblanks( Codes ), { string_codes( S, Codes ) }. tag_list( [ Tag_token | Tags_tokens ]) --> tag_x( Tag_token ), whites, tag_list( Tags_tokens ). tag_list( [] ) --> []. tag_list40( [ Tag_token | Tags_tokens ]) --> tag_x40( Tag_token ), whites, tag_list40( Tags_tokens ). tag_list40( [] ) --> []. tag_list70( [ Tag_token | Tags_tokens ]) --> tag_x70( Tag_token ), whites, tag_list70( Tags_tokens ). tag_list70( [] ) --> []. try_read_find_eval20_tag_in_string( Str , Result_tag, Len ):- % string_codes( "eval_20( _Zxs , Pq , _Za , Qe, ['jajaj',Atom],CDR_Y):- !, Atom=[_|CDR],!,do_expander(Eq,RetType,CDR,CDR_Y).", Codes_x ), string_codes( Str , Codes_x ), phrase( tag_list( Tags_tokens ), Codes_x ), Tags_tokens = [ Xres ], Xres = eval20( Result_tag, Rest_Args ) , split_string( Rest_Args , ",", "" , Lis ), length( Lis, Len ), !. try_read_find_eval20_tag_in_string( Str , Result_tag, Len ):- % string_codes( "eval_20( _Zxs , Pq , _Za , Qe, ['jajaj',Atom],CDR_Y):- !, Atom=[_|CDR],!,do_expander(Eq,RetType,CDR,CDR_Y).", Codes_x ), string_codes( Str , Codes_x ), phrase( tag_list40( Tags_tokens ), Codes_x ), Tags_tokens = [ Xres ], Xres = eval40( Result_tag, Rest_Args ) , split_string( Rest_Args , ",", "" , Lis ), length( Lis, Len ), !. try_read_find_eval20_tag_in_string( Str , Result_tag, Len ):- % string_codes( "eval_20( _Zxs , Pq , _Za , Qe, ['jajaj',Atom],CDR_Y):- !, Atom=[_|CDR],!,do_expander(Eq,RetType,CDR,CDR_Y).", Codes_x ), string_codes( Str , Codes_x ), phrase( tag_list70( Tags_tokens ), Codes_x ), Tags_tokens = [ Xres ], Xres = eval70( Result_tag, Rest_Args ) , split_string( Rest_Args , ",", "" , Lis ), length( Lis, Len ), !. % eval_20(Eq,RetType,_Dpth,_Slf,['cdr-atom',Atom],CDR_Y):- !, Atom=[_|CDR],!,do_expander(Eq,RetType,CDR,CDR_Y). test12():- % phrase(commands(Commands), `bar 1 2 foo quux bloop`), % string_codes( "eval_20( _Zxs , _Pa foo quux bloop", Codes_x ), % string_codes( "eval_20( _Zxs , Pq , _Za , Qe, ['jajaj',Atom],CDR_Y):- !, Atom=[_|CDR],!,do_expander(Eq,RetType,CDR,CDR_Y).", Codes_x ), % phrase( tag_list( Tags_tokens ), Codes_x ), % Tags_tokens = [ Xres ], Xres = eval20( Result_tag ) , !, try_read_find_eval20_tag_in_string( "eval_70( _Zxs , Pq , _Za , Qe, ['j2ajaj',Atom],CDR_Y):- !, Atom=[_|CDR],!,do_expander(Eq,RetType,CDR,CDR_Y)." , Result_tagx, _ ), % maplist( writeln, Tags_tokens ). write_term( Result_tagx , [] ). %---- % HERE ALL the config color_for_file_type( Fn , "#ECED99" ):- sub_atom( Fn, _, _, _, '.metta' ), !. color_for_file_type( Fn , "#A7E3A7" ):- sub_atom( Fn, _, _, _, '.py' ), !. color_for_file_type( Fn , "#D3D4FF" ):- sub_atom( Fn, _, _, _, '.pl' ), !. color_for_file_type( Fn , "#FFD6BB" ):- sub_atom( Fn, _, _, _, '.rs' ), !. color_for_file_type( _Filewithpath, "#E7E7E7" ):- !. % we dont want all the assertEqual etc here is_metta_function( Tag ):- string_lower( Tag, Tag_lower ), sub_string( Tag_lower, _,_,_, "assert" ), !, fail. is_metta_function( "superpose" ):- !, fail. is_metta_function( "&self" ):- !, fail. is_metta_function( Tag ):- string_length( Tag, Lex ), Lex > 3, Tag \= "eval", !. % % { assert_equal_to_result_op.clone() }); rust_detect_tag( "regex(r\"", "\"" , "{", ".clone(" ):- !. <<<<<<< HEAD rust_metta_tag( "assert_eq!(", "" ):- !. python_detect_tag( "metta.run('!(", " " ):- !. python_metta_tag( "assertequalmettarunnerresults", "" ):- !. metta_interp_tag( "'", "'" ):- !. metta_ontology_tag( "'", "'" ):- !. metta_file_tag_find( "(", " " ):- !. metta_file_tag( "(", "" ):- !. metta_file_tag_til_space( "(", " " ):- !. ======= python_detect_tag( "metta.run('!(", " " ):- !. metta_interp_tag( "'", "'" ):- !. metta_ontology_tag( "'", "'" ):- !. metta_file_tag_find( "(", " " ):- !. metta_file_tag( "(", "" ):- !. metta_file_tag_til_space( "(", " " ):- !. >>>>>>> d3628bb (Update analyse to a Table and after CSV) metta_function_declaration( "(: ", " " ):- !. metta_docfile_tag( "(@doc ", "" ):- !. <<<<<<< HEAD ======= >>>>>>> d3628bb (Update analyse to a Table and after CSV) % README HERE: USAGE: % first consult the prolog file with this : % [metta_analyse]. % THEN call as below : % Calling examples : % start_analyse( 'display_per_tag', 'rust_leading', 0, '', is_dummy_tag, include_metta_files ). % start_analyse( 'display_per_tag', 'prolog_leading', 0, '', is_dummy_tag, not_include_metta_files ). % start_analyse( 'display_per_file', 'rust_leading', 0, '', is_dummy_tag , not_include_metta_files). % start_analyse( 'display_per_file', 'python_leading', 0, '', is_dummy_tag , not_include_metta_files ). start_analyse( Display_per_tag_or_file, LeadingTag, Tp, MdfKeyaft, Is_mk_update , Inc_metta ):- start_analyse_metta( Display_per_tag_or_file, LeadingTag, Tp, MdfKeyaft, Is_mk_update, 'xdummy' , Inc_metta ), fail, !. start_analyse( _, _, _Tp, _MdfKeyaft, _Is_mk_update , _ ):- !. wri_rust( Lx , Linum , F ):- rust_detect_tag( Tag_from, Tag_til , Second_tag_begin, Second_tag_end ), sub_str_between( Lx, Tag_from, Tag_til, Subz10 ), % replace str_code_remove( Subz10, 92, Subz1 ), % is_metta_function( is_metta_function( Subz1 ), sub_str_between( Lx, Second_tag_begin, Second_tag_end, Subz2 ), assert_eval_tag( 'rust', Linum, Subz1, F, Lx , 0), % not( eval_tag( _, Subz1, _ ) ), assert( eval_tag( Linum, Subz1, F ) ), asserta( found_search_result( 'rust', Subz1 , 0, Linum, F, Lx ) ), write( Subz1 ), nl, not( eval_tag_secondary( _, Subz2 ) ), assert( eval_tag_secondary( Subz1, Subz2 ) ), ! . %wri_rust( Lx , _, F ):- % sub_string( Lx , _, _, _ , "regex" ), !, write("is_line-"), write( Lx ), nl . wri_rust( _Lx, _ , _ ):- !. % end_of read_rust_stream( Sea , N, Fnx ):- read_line_to_string( Sea, Lx ), Lx \= end_of_file, !, % write( Lx ), nl, wri_rust( Lx , N , Fnx ), N2 is N + 1, read_rust_stream( Sea , N2 , Fnx). read_rust_stream( _Sea , _ ,_):- !. % '../../../hyperon-experimental/lib/src/metta/runner/stdlib.rs' read_rustfile_tags( Fnx ):- retractall( eval_tag( _, _, _, _ , _ , _ ) ), retractall( eval_tag_secondary( _, _ ) ), open( Fnx , read, Sea , [ encoding(octet) ] ), read_rust_stream( Sea, 1, Fnx ), close( Sea ).