/************************************************************************* * * * YAP Prolog * * * * Yap Prolog was developed at NCCUP - Universidade do Porto * * * * Copyright L.Damas, V.S.Costa and Universidade do Porto 1985-1997 * * * ************************************************************************** * * * File: errors.yap * * comments: error messages for YAP * * * * Last rev: $Date: 2007-01-24 14:20:04 $,$Author: vsc $ * * $Log: not supported by cvs2svn $ * Revision 1.79 2006/12/13 16:10:26 vsc * several debugger and CLP(BN) improvements. * * Revision 1.78 2006/05/22 16:12:01 tiagosoares * MYDDAS: MYDDAS version boot message * * Revision 1.77 2006/04/10 19:24:52 vsc * fix syntax error message handling * improve redblack trees and use it to reimplement association lists and * to have better implementation of several graph algorithms. * * Revision 1.76 2006/04/05 00:16:55 vsc * Lots of fixes (check logfile for details * * Revision 1.75 2006/02/24 14:26:37 vsc * fix informational_messages * * Revision 1.74 2006/01/26 19:20:00 vsc * syntax error was giving the offset * * Revision 1.73 2006/01/20 04:35:28 vsc * * fix error message * * Revision 1.72 2005/11/23 13:24:00 vsc * cleanups in OS interface predicates. * * Revision 1.71 2005/11/10 01:27:12 vsc * fix debugger message for EOF input * fix fix to setof * fix profiler spewing out hidden atoms. * * Revision 1.70 2005/11/03 18:27:10 vsc * fix quote * * Revision 1.69 2005/11/01 18:54:06 vsc * small fixes * * Revision 1.68 2005/10/29 01:28:37 vsc * make undefined more ISO compatible. * * Revision 1.67 2005/10/28 17:38:50 vsc * sveral updates * * Revision 1.66 2005/10/18 17:04:43 vsc * 5.1: * - improvements to GC * 2 generations * generic speedups * - new scheme for attvars * - hProlog like interface also supported * - SWI compatibility layer * - extra predicates * - global variables * - moved to Prolog module * - CLP(R) by Leslie De Koninck, Tom Schrijvers, Cristian Holzbaur, Bart * Demoen and Jan Wielemacker * - load_files/2 * * from 5.0.1 * * - WIN32 missing include files (untested) * - -L trouble (my thanks to Takeyuchi Shiramoto-san)! * - debugging of backtrable user-C preds would core dump. * - redeclaring a C-predicate as Prolog core dumps. * - badly protected YapInterface.h. * - break/0 was failing at exit. * - YAP_cut_fail and YAP_cut_succeed were different from manual. * - tracing through data-bases could core dump. * - cut could break on very large computations. * - first pass at BigNum issues (reported by Roberto). * - debugger could get go awol after fail port. * - weird message on wrong debugger option. * * Revision 1.65 2005/05/25 21:43:33 vsc * fix compiler bug in 1 << X, found by Nuno Fonseca. * compiler internal errors get their own message. * * Revision 1.64 2005/05/25 18:18:02 vsc * fix error handling * configure should not allow max-memory and use-malloc at same time * some extensions for jpl * * Revision 1.63 2005/04/20 20:06:26 vsc * try to improve error handling and warnings from within consults. * * Revision 1.62 2005/04/07 17:55:05 ricroc * Adding tabling support for mixed strategy evaluation (batched and local scheduling) * UPDATE: compilation flags -DTABLING_BATCHED_SCHEDULING and -DTABLING_LOCAL_SCHEDULING removed. To support tabling use -DTABLING in the Makefile or --enable-tabling in configure. * NEW: yap_flag(tabling_mode,MODE) changes the tabling execution mode of all tabled predicates to MODE (batched, local or default). * NEW: tabling_mode(PRED,MODE) changes the default tabling execution mode of predicate PRED to MODE (batched or local). * * Revision 1.61 2005/02/21 16:50:21 vsc * amd64 fixes * library fixes * * Revision 1.60 2005/01/28 23:14:41 vsc * move to Yap-4.5.7 * Fix clause size * * Revision 1.59 2005/01/13 05:47:27 vsc * lgamma broke arithmetic optimisation * integer_y has type y * pass original source to checker (and maybe even use option in parser) * use warning mechanism for checker messages. * * Revision 1.58 2004/11/19 21:32:53 vsc * change abort so that it won't be caught by handlers. * * Revision 1.57 2004/10/27 15:56:34 vsc * bug fixes on memory overflows and on clauses :- fail being ignored by clause. * * Revision 1.56 2004/10/04 18:56:20 vsc * fixes for thread support * fix indexing bug (serious) * * Revision 1.55 2004/09/17 19:34:53 vsc * simplify frozen/2 * * Revision 1.54 2004/07/22 21:32:22 vsc * debugger fixes * initial support for JPL * bad calls to garbage collector and gc * debugger fixes * * Revision 1.53 2004/06/23 17:24:20 vsc * New comment-based message style * Fix thread support (at least don't deadlock with oneself) * small fixes for coroutining predicates * force Yap to recover space in arrays of dbrefs * use private predicates in debugger. * * Revision 1.52 2004/06/18 15:41:19 vsc * fix extraneous line in yes/no messages * * Revision 1.51 2004/06/09 03:32:03 vsc * fix bugs * * Revision 1.50 2004/04/27 16:21:25 vsc * stupid bug * * * * *************************************************************************/ '$do_error'(Type,Message) :- '$current_stack'(local_sp(_,Envs,CPs)), throw(error(Type,[Message|local_sp(Message,Envs,CPs)])). '$Error'(E) :- '$LoopError'(E,top). '$LoopError'(_, _) :- flush_output(user_output), flush_output(user_error), fail. '$LoopError'(Error, Level) :- !, '$process_error'(Error, Level), fail. '$LoopError'(_, _) :- flush_all_streams, fail. '$process_error'(abort, top) :- !, print_message(informational,abort(user)). '$process_error'(abort, _) :- !, throw('$abort'). '$process_error'(error(Msg, Where), _) :- !, '$set_fpu_exceptions', '$print_message'(error,error(Msg, Where)). '$process_error'(Throw, _) :- print_message(error,Throw). print_message(Level, Mss) :- '$print_message'(Level, Mss). '$print_message'(force(_Severity), Msg) :- !, print(user_error,Msg). '$print_message'(Severity, Msg) :- nonvar(Severity), nonvar(Msg), \+ '$undefined'(portray_message(Severity, Msg), user), user:portray_message(Severity, Msg), !. '$print_message'(error,error(Msg,Info)) :- ( var(Msg) ; var(Info) ), !, format(user_error,'% YAP: no handler for error ~w~n', [error(Msg,Info)]). '$print_message'(error,error(syntax_error(A,B,C,D,E,F),_)) :- !, '$output_error_message'(syntax_error(A,B,C,D,E,F), 'SYNTAX ERROR'). '$print_message'(error,error(Msg,[Info|local_sp(Where,Envs,CPs)])) :- '$output_error_location'('\% ERROR:'), '$prepare_loc'(Info,Where,Location), '$output_error_message'(Msg, Location), !, '$do_stack_dump'(Envs, CPs). % old format: don't want a stack dump. '$print_message'(error,error(Type,Where)) :- '$output_error_message'(Type, Where), !. '$print_message'(error,Throw) :- format(user_error,'% YAP: no handler for error ~w~n', [Throw]). '$print_message'(informational,_) :- get_value('$verbose',off), !. '$print_message'(informational,M) :- '$do_informational_message'(M). '$print_message'(warning,M) :- '$output_error_location'('!! WARNING:'), format(user_error, '!! ', []), '$do_print_message'(M), format(user_error, '~n', []). '$print_message'(silent,_). '$print_message'(help,M) :- '$do_print_message'(M), format(user_error, '~n', []). '$output_error_location'(MsgCodes) :- get_value('$consulting_file',FileName), FileName \= [], !, '$start_line'(LN), '$show_consult_level'(LC), '$output_file_pos'(FileName,LN,LC,MsgCodes), format(user_error, '~*|', [LC]). '$output_error_location'(_). '$output_file_pos'(user_input,LN,LC,MsgCodes) :- !, format(user_error,'~*|~a at user_input near line ~d,~n',[LC,MsgCodes,LN]). '$output_file_pos'(FileName,LN,LC,MsgCodes) :- format(user_error,'~*|~a at file ~a, near line ~d,~n',[LC,MsgCodes,FileName,LN]). '$do_informational_message'(halt) :- !, format(user_error, '% YAP execution halted~n', []). '$do_informational_message'('$abort') :- !, format(user_error, '% YAP execution aborted~n', []). '$do_informational_message'(loading(_,user)) :- !. '$do_informational_message'(loading(What,AbsoluteFileName)) :- !, '$show_consult_level'(LC), format(user_error, '~*|% ~a ~a...~n', [LC, What, AbsoluteFileName]). '$do_informational_message'(loaded(_,user,_,_,_)) :- !. '$do_informational_message'(loaded(included,AbsoluteFileName,Mod,Time,Space)) :- !, '$show_consult_level'(LC), format(user_error, '~*|% ~a included in module ~a, ~d msec ~d bytes~n', [LC, AbsoluteFileName,Mod,Time,Space]). '$do_informational_message'(loaded(What,AbsoluteFileName,Mod,Time,Space)) :- !, '$show_consult_level'(LC0), LC is LC0+1, format(user_error, '~*|% ~a ~a in module ~a, ~d msec ~d bytes~n', [LC, What, AbsoluteFileName,Mod,Time,Space]). '$do_informational_message'(prompt(BreakLevel,TraceDebug)) :- !, (BreakLevel =:= 0 -> ( var(TraceDebug) -> true ; format(user_error, '% ~a~n', [TraceDebug]) ) ; ( var(TraceDebug) -> format(user_error, '% ~d~n', [BreakLevel]) ; format(user_error, '% ~d,~a~n', [BreakLevel,TraceDebug]) ) ). '$do_informational_message'(debug) :- !, format(user_error, '% [debug]~n', []). '$do_informational_message'(trace) :- !, format(user_error, '% [trace]~n', []). '$do_informational_message'(M) :- format(user_error,'% ', []), '$do_print_message'(M), format(user_error,'~n', []). %message(loaded(Past,AbsoluteFileName,user,Msec,Bytes), Prefix, Suffix) :- !, '$do_print_message'(format(Msg, Args)) :- !, format(user_error,Msg,Args). '$do_print_message'(ancestors([])) :- !, format(user_error,'There are no ancestors.', []). '$do_print_message'(breakp(bp(debugger,_,_,M:F/N,_),add,already)) :- !, format(user_error,'There is already a spy point on ~w:~w/~w.', [M,F,N]). '$do_print_message'(breakp(bp(debugger,_,_,M:F/N,_),add,ok)) :- !, format(user_error,'Spy point set on ~w:~w/~w.', [M,F,N]). '$do_print_message'(breakp(bp(debugger,_,_,M:F/N,_),remove,last)) :- !, format(user_error,'Spy point on ~w:~w/~w removed.', [M,F,N]). '$do_print_message'(breakp(no,breakpoint_for,M:F/N)) :- !, format(user_error,'There is no spy point on ~w:~w/~w.', [M,F,N]). '$do_print_message'(breakpoints([])) :- !, format(user_error,'There are no spy-points set.', []). '$do_print_message'(breakpoints(L)) :- !, format(user_error,'Spy-points set on:', []), '$print_list_of_preds'(L). '$do_print_message'(clauses_not_together(P)) :- !, format(user_error, 'Discontiguous definition of ~q.',[P]). '$do_print_message'(debug(debug)) :- !, format(user_error,'Debug mode on.',[]). '$do_print_message'(debug(off)) :- !, format(user_error,'Debug mode off.',[]). '$do_print_message'(debug(trace)) :- !, format(user_error,'Trace mode on.',[]). '$do_print_message'(declaration(Args,Action)) :- !, format(user_error,'declaration ~w ~w.', [Args,Action]). '$do_print_message'(defined_elsewhere(P,F)) :- !, format(user_error, 'predicate ~q previously defined in file ~w',[P,F]). '$do_print_message'(import(Pred,To,From,private)) :- !, format(user_error,'Importing private predicate ~w:~w to ~w.', [From,Pred,To]). '$do_print_message'(leash([])) :- !, format(user_error,'No leashing.', []). '$do_print_message'(leash([A|B])) :- !, format(user_error,'Leashing set to ~w.', [[A|B]]). '$do_print_message'(no) :- !, format(user_error, 'no', []). '$do_print_message'(no_match(P)) :- !, format(user_error,'No matching predicate for ~w.', [P]). '$do_print_message'(leash([A|B])) :- !, format(user_error,'Leashing set to ~w.', [[A|B]]). '$do_print_message'(singletons(SVs,P,CLN)) :- !, format(user_error, 'Singleton variable',[]), '$write_svs'(SVs), format(user_error, ' in ~q, clause ~d.',[P,CLN]). '$do_print_message'(trace_command(-1)) :- !, format(user_error,'EOF is not a valid debugger command.', []). '$do_print_message'(trace_command(C)) :- !, format(user_error,'~c is not a valid debugger command.', [C]). '$do_print_message'(trace_help) :- !, format(user_error,' Please enter a valid debugger command (h for help).', []). '$do_print_message'(version(Version)) :- !, format(user_error,'YAP version ~a', [Version]). '$do_print_message'(myddas_version(Version)) :- !, format(user_error,'MYDDAS version ~a', [Version]). '$do_print_message'(yes) :- !, format(user_error, 'yes', []). '$do_print_message'(Messg) :- format(user_error,'~q',Messg). '$write_svs'([H]) :- !, write(user_error,' '), '$write_svs1'([H]). '$write_svs'(SVs) :- write(user_error,'s '), '$write_svs1'(SVs). '$write_svs1'([H]) :- !, '$write_str_in_stderr'(H). '$write_svs1'([H|T]) :- '$write_str_in_stderr'(H), write(user_error,','), '$write_svs1'(T). '$write_str_in_stderr'([]). '$write_str_in_stderr'([C|T]) :- put(user_error,C), '$write_str_in_stderr'(T). '$print_list_of_preds'([]). '$print_list_of_preds'([P|L]) :- format(user_error,'~n ~w',[P]), '$print_list_of_preds'(L). '$do_stack_dump'(Envs, CPs) :- '$preprocess_stack'(CPs,0, PCPs), '$preprocess_stack'(Envs,0, PEnvs), '$say_stack_dump'(PEnvs, PCPs), '$show_cps'(PCPs), '$show_envs'(PEnvs), '$close_stack_dump'(PEnvs, PCPs). '$preprocess_stack'([], _, []). '$preprocess_stack'([_|_],40, [overflow]) :- !. '$preprocess_stack'([G|Gs],I, NGs) :- '$pred_for_code'(G,Name,Arity,Mod,Clause), I1 is I+1, '$beautify_stack_goal'(Name,Arity,Mod,Clause,Gs,I1,NGs). '$beautify_stack_goal'(_,_,_,0,Gs,I,NGs) :- !, '$preprocess_stack'(Gs,I,NGs). '$beautify_stack_goal'(Name,Arity,Module,Clause,Gs,I,NGs) :- functor(G,Name,Arity), '$hidden_predicate'(G,Module), !, '$beautify_hidden_goal'(Name,Arity,Module,Clause,Gs,I,NGs). '$beautify_stack_goal'(Name,Arity,Module,Clause,Gs,I,[cl(Name,Arity,Module,Clause)|NGs]) :- '$preprocess_stack'(Gs,I,NGs). '$beautify_hidden_goal'('$yes_no',_,_,_,_,_,[]) :- !. '$beautify_hidden_goal'('$do_yes_no',_,_,_,_,_,[]) :- !. '$beautify_hidden_goal'('$query',_,_,_,_,_,[]) :- !. '$beautify_hidden_goal'('$enter_top_level',_,_,_,_,_,[]) :- !. % The user should never know these exist. '$beautify_hidden_goal'('$csult',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$use_module',2,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$ensure_loaded',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$continue_with_command',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$spycall_stdpred',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$spycalls',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$spycall',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$do_spy',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$spy',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$do_creep_execute',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$creep_execute',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$direct_spy',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$system_catch',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$execute_command',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$process_directive',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$catch',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$loop',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$consult',3,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$reconsult',_,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$undefp',1,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$use_module',2,prolog,_,Gs,I,NGs) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$repeat',0,prolog,ClNo,Gs,I,[cl(repeat,0,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$recorded_with_key',3,prolog,ClNo,Gs,I,[cl(recorded,3,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$consult',3,prolog,ClNo,Gs,I,[cl(consult,1,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$findall_with_common_vars',_,prolog,ClNo,Gs,I,[cl(findall,4,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$findall',_,prolog,ClNo,Gs,I,[cl(findall,4,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$bagof',_,prolog,ClNo,Gs,I,[cl(bagof,3,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$listing',_,prolog,ClNo,Gs,I,[cl(listing,1,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$call',Args,prolog,ClNo,Gs,I,[cl(call,Args,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$current_predicate',Args,prolog,ClNo,Gs,I,[cl(current_predicate,Args,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$list_clauses',_,prolog,ClNo,Gs,I,[cl(listing,1,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'('$use_module',1,prolog,ClNo,Gs,I,[cl(use_module,1,prolog,ClNo)|NGs]) :- !, '$preprocess_stack'(Gs, I, NGs). '$beautify_hidden_goal'(Name,Args,Mod,ClNo,Gs,I,[cl(Name,Args,Mod,ClNo)|NGs]) :- '$preprocess_stack'(Gs, I, NGs). '$say_stack_dump'([], []) :- !. '$say_stack_dump'(_, _) :- format(user_error,'% Stack dump for error:', []). '$close_stack_dump'([], []) :- !. '$close_stack_dump'(_, _) :- format(user_error,'~n', []). '$show_cps'([]) :- !. '$show_cps'(List) :- format(user_error,'% ~n choice-points (goals with alternatives left):',[]), '$print_stack'(List). '$show_envs'([]) :- !. '$show_envs'(List) :- format(user_error,'% ~n environments (partially executed clauses):',[]), '$print_stack'(List). '$prepare_loc'(Info,Where,Location) :- integer(Where), !, '$pred_for_code'(Where,Name,Arity,Mod,Clause), '$construct_code'(Clause,Name,Arity,Mod,Info,Location). '$prepare_loc'(Info,_,Info). '$print_stack'([]). '$print_stack'([overflow]) :- !, format(user_error,'~n% ...',[]). '$print_stack'([cl(Name,Arity,Mod,Clause)|List]) :- '$show_goal'(Clause,Name,Arity,Mod), '$print_stack'(List). '$show_goal'(-1,Name,Arity,Mod) :- !, format('~n% ~a:~a/~d at indexing code',[Mod,Name,Arity]). '$show_goal'(0,_,_,_) :- !. '$show_goal'(I,Name,Arity,Mod) :- format(user_error,'~n% ~a:~a/~d at clause ~d',[Mod,Name,Arity,I]). '$construct_code'(-1,Name,Arity,Mod,Where,Location) :- !, number_codes(Arity,ArityCode), atom_codes(ArityAtom,ArityCode), atom_concat([Where,' at ',Mod,':',Name,'/',ArityAtom,' at indexing code'],Location). '$construct_code'(0,_,_,_,Location,Location) :- !. '$construct_code'(Cl,Name,Arity,Mod,Where,Location) :- number_codes(Arity,ArityCode), atom_codes(ArityAtom,ArityCode), number_codes(Cl,ClCode), atom_codes(ClAtom,ClCode), atom_concat([Where,' at ',Mod,':',Name,'/',ArityAtom,' (clause ',ClAtom,')'],Location). '$output_error_message'(consistency_error(Who),Where) :- format(user_error,'% CONSISTENCY ERROR- ~w ~w~n', [Who,Where]). '$output_error_message'(context_error(Goal,Who),Where) :- format(user_error,'% CONTEXT ERROR- ~w: ~w appeared in ~w~n', [Goal,Who,Where]). '$output_error_message'(domain_error(array_overflow,Opt), Where) :- format(user_error,'% DOMAIN ERROR- ~w: invalid index ~w for array~n', [Where,Opt]). '$output_error_message'(domain_error(array_type,Opt), Where) :- format(user_error,'% DOMAIN ERROR- ~w: invalid static array type ~w~n', [Where,Opt]). '$output_error_message'(domain_error(builtin_procedure,P), P) :- format(user_error,'% DOMAIN ERROR- non-iso built-in procedure ~w~n', [P]). '$output_error_message'(domain_error(character_code_list,Opt), Where) :- format(user_error,'% DOMAIN ERROR- ~w: invalid list of codes ~w~n', [Where,Opt]). '$output_error_message'(domain_error(delete_file_option,Opt), Where) :- format(user_error,'% DOMAIN ERROR- ~w: invalid list of options ~w~n', [Where,Opt]). '$output_error_message'(domain_error(operator_specifier,Op), Where) :- format(user_error,'% DOMAIN ERROR- ~w: invalid operator specifier ~w~n', [Where,Op]). '$output_error_message'(domain_error(out_of_range,Value), Where) :- format(user_error,'% DOMAIN ERROR- ~w: expression ~w is out of range~n', [Where,Value]). '$output_error_message'(domain_error(close_option,Opt), Where) :- format(user_error,'% DOMAIN ERROR- ~w: invalid close option ~w~n', [Where,Opt]). '$output_error_message'(domain_error(radix,Opt), Where) :- format(user_error,'% DOMAIN ERROR- ~w: invalid radix ~w~n', [Where,Opt]). '$output_error_message'(domain_error(shift_count_overflow,Opt), Where) :- format(user_error,'% DOMAIN ERROR- ~w: shift count overflow in ~w~n', [Where,Opt]). '$output_error_message'(domain_error(flag_value,F+V), W) :- format(user_error,'% DOMAIN ERROR- ~w: invalid value ~w for flag ~w~n', [W,V,F]). '$output_error_message'(domain_error(io_mode,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: invalid io mode ~w~n', [Where,N]). '$output_error_message'(domain_error(mutable,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: invalid mutable ~w~n', [Where,N]). '$output_error_message'(domain_error(module_decl_options,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: expect module declaration options, found ~w~n', [Where,N]). '$output_error_message'(domain_error(not_empty_list,_), Where) :- format(user_error,'% DOMAIN ERROR- ~w: found empty list~n', [Where]). '$output_error_message'(domain_error(not_less_than_zero,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: number ~w less than zero~n', [Where,N]). '$output_error_message'(domain_error(not_newline,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: number ~w not newline~n', [Where,N]). '$output_error_message'(domain_error(not_zero,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w is not allowed in the domain ~n', [Where,N]). '$output_error_message'(domain_error(operator_priority,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w invalid operator priority~n', [Where,N]). '$output_error_message'(domain_error(operator_specifier,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w invalid operator specifier~n', [Where,N]). '$output_error_message'(domain_error(predicate_spec,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w invalid predicate specifier~n', [Where,N]). '$output_error_message'(domain_error(read_option,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w invalid option to read~n', [Where,N]). '$output_error_message'(domain_error(semantics_indicator,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected predicate indicator, got ~w~n', [Where,W]). '$output_error_message'(domain_error(source_sink,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w is not a source sink term~n', [Where,N]). '$output_error_message'(domain_error(stream,What), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w not a stream~n', [Where,What]). '$output_error_message'(domain_error(stream_or_alias,What), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w not a stream~n', [Where,What]). '$output_error_message'(domain_error(stream_option,What), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w not a stream option~n', [Where,What]). '$output_error_message'(domain_error(stream_position,What), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w not a stream position~n', [Where,What]). '$output_error_message'(domain_error(stream_property,What), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w not a stream property~n', [Where,What]). '$output_error_message'(domain_error(syntax_error_handler,What), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w not a syntax error handler~n', [Where,What]). '$output_error_message'(domain_error(thread_create_option,Option+Opts), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w not in ~w~n', [Where,Option, Opts]). '$output_error_message'(domain_error(time_out_spec,What), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w not a valid specification for a time out~n', [Where,What]). '$output_error_message'(domain_error(unimplemented_option,What), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w not yet implemented~n', [Where,What]). '$output_error_message'(domain_error(write_option,N), Where) :- format(user_error,'% DOMAIN ERROR- ~w: ~w invalid option to write~n', [Where,N]). '$output_error_message'(domain_error(table,P), Where) :- format(user_error,'% DOMAIN ERROR- ~w: non-tabled procedure ~w~n', [Where,P]). '$output_error_message'(existence_error(array,F), W) :- format(user_error,'% EXISTENCE ERROR- ~w could not open array ~w~n', [W,F]). '$output_error_message'(existence_error(mutex,F), W) :- format(user_error,'% EXISTENCE ERROR- ~w could not open mutex ~w~n', [W,F]). '$output_error_message'(existence_error(library,F), W) :- format(user_error,'% EXISTENCE ERROR- ~w could not open library ~w~n', [W,F]). '$output_error_message'(existence_error(message_queue,F), W) :- format(user_error,'% EXISTENCE ERROR- ~w could not open message queue ~w~n', [W,F]). '$output_error_message'(existence_error(procedure,P), context(Call,Parent)) :- format(user_error,'% EXISTENCE ERROR- procedure ~w is undefined, called from context ~w~n% Goal was ~w~n', [P,Parent,Call]). '$output_error_message'(existence_error(source_sink,F), W) :- format(user_error,'% EXISTENCE ERROR- ~w could not find file ~w~n', [W,F]). '$output_error_message'(existence_error(stream,Stream), Where) :- format(user_error,'% EXISTENCE ERROR- ~w: ~w not an open stream~n', [Where,Stream]). '$output_error_message'(evaluation_error(int_overflow), Where) :- format(user_error,'% INTEGER OVERFLOW ERROR- ~w~n', [Where]). '$output_error_message'(evaluation_error(float_overflow), Where) :- format(user_error,'% FLOATING POINT OVERFLOW ERROR- ~w~n', [Where]). '$output_error_message'(evaluation_error(undefined), Where) :- format(user_error,'% UNDEFINED ARITHMETIC RESULT ERROR- ~w~n', [Where]). '$output_error_message'(evaluation_error(underflow), Where) :- format(user_error,'% UNDERFLOW ERROR- ~w~n', [Where]). '$output_error_message'(evaluation_error(float_underflow), Where) :- format(user_error,'% FLOATING POINT UNDERFLOW ERROR- ~w~n', [Where]). '$output_error_message'(evaluation_error(zero_divisor), Where) :- format(user_error,'% ZERO DIVISOR ERROR- ~w~n', [Where]). '$output_error_message'(instantiation_error, Where) :- format(user_error,'% INSTANTIATION ERROR- ~w: expected bound value~n', [Where]). '$output_error_message'(operating_system_error, Where) :- format(user_error,'% OPERATING SYSTEM ERROR- ~w~n', [Where]). '$output_error_message'(out_of_heap_error, Where) :- format(user_error,'% OUT OF DATABASE SPACE ERROR- ~w~n', [Where]). '$output_error_message'(out_of_stack_error, Where) :- format(user_error,'% OUT OF STACK SPACE ERROR- ~w~n', [Where]). '$output_error_message'(out_of_trail_error, Where) :- format(user_error,'% OUT OF TRAIL SPACE ERROR- ~w~n', [Where]). '$output_error_message'(out_of_attvars_error, Where) :- format(user_error,'% OUT OF STACK SPACE ERROR- ~w~n', [Where]). '$output_error_message'(out_of_auxspace_error, Where) :- format(user_error,'% OUT OF AUXILIARY STACK SPACE ERROR- ~w~n', [Where]). '$output_error_message'(permission_error(access,private_procedure,P), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot see clauses for ~w~n', [Where,P]). '$output_error_message'(permission_error(access,static_procedure,P), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot access static procedure ~w~n', [Where,P]). '$output_error_message'(permission_error(alias,new,P), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot create alias ~w~n', [Where,P]). '$output_error_message'(permission_error(create,array,P), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot create array ~w~n', [Where,P]). '$output_error_message'(permission_error(create,mutex,P), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot create mutex ~a~n', [Where,P]). '$output_error_message'(permission_error(create,message_queue,P), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot create message queue ~a~n', [Where,P]). '$output_error_message'(permission_error(create,operator,P), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot create operator ~w~n', [Where,P]). '$output_error_message'(permission_error(input,binary_stream,Stream), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot read from binary stream ~w~n', [Where,Stream]). '$output_error_message'(permission_error(input,closed_stream,Stream), Where) :- format(user_error,'% PERMISSION ERROR- ~w: trying to read from closed stream ~w~n', [Where,Stream]). '$output_error_message'(permission_error(input,past_end_of_stream,Stream), Where) :- format(user_error,'% PERMISSION ERROR- ~w: past end of stream ~w~n', [Where,Stream]). '$output_error_message'(permission_error(input,stream,Stream), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot read from ~w~n', [Where,Stream]). '$output_error_message'(permission_error(input,text_stream,Stream), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot read from text stream ~w~n', [Where,Stream]). '$output_error_message'(permission_error(modify,dynamic_procedure,_), Where) :- format(user_error,'% PERMISSION ERROR- ~w: modifying a dynamic procedure~n', [Where]). '$output_error_message'(permission_error(modify,flag,W), _) :- format(user_error,'% PERMISSION ERROR- cannot modify flag ~w~n', [W]). '$output_error_message'(permission_error(modify,operator,W), _) :- format(user_error,'% PERMISSION ERROR- T cannot declare ~w an operator~n', [W]). '$output_error_message'(permission_error(modify,dynamic_procedure,_), Where) :- format(user_error,'% PERMISSION ERROR- ~w: modifying a dynamic procedure~n', [Where]). '$output_error_message'(permission_error(modify,static_procedure,_), Where) :- format(user_error,'% PERMISSION ERROR- ~w: modifying a static procedure~n', [Where]). '$output_error_message'(permission_error(modify,static_procedure_in_use,_), Where) :- format(user_error,'% PERMISSION ERROR- ~w: modifying a static procedure in use~n', [Where]). '$output_error_message'(permission_error(modify,table,P), _) :- format(user_error,'% PERMISSION ERROR- cannot table procedure ~w~n', [P]). '$output_error_message'(permission_error(module,redefined,Mod), Who) :- format(user_error,'% PERMISSION ERROR ~w- redefining module ~a in a different file~n', [Who,Mod]). '$output_error_message'(permission_error(open,source_sink,Stream), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot open file ~w~n', [Where,Stream]). '$output_error_message'(permission_error(output,binary_stream,Stream), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot write to binary stream ~w~n', [Where,Stream]). '$output_error_message'(permission_error(output,stream,Stream), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot write to ~w~n', [Where,Stream]). '$output_error_message'(permission_error(output,text_stream,Stream), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot write to text stream ~w~n', [Where,Stream]). '$output_error_message'(permission_error(resize,array,P), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot resize array ~w~n', [Where,P]). '$output_error_message'(permission_error(unlock,mutex,P), Where) :- format(user_error,'% PERMISSION ERROR- ~w: cannot unlock mutex ~w~n', [Where,P]). '$output_error_message'(representation_error(character), Where) :- format(user_error,'% REPRESENTATION ERROR- ~w: expected character~n', [Where]). '$output_error_message'(representation_error(character_code), Where) :- format(user_error,'% REPRESENTATION ERROR- ~w: expected character code~n', [Where]). '$output_error_message'(representation_error(max_arity), Where) :- format(user_error,'% REPRESENTATION ERROR- ~w: number too big~n', [Where]). '$output_error_message'(syntax_error(G,0,Msg,[],0,0), _) :- !, format(user_error,'% SYNTAX ERROR: ~a',[G,Msg]). '$output_error_message'(syntax_error(_,_,_,Term,Pos,Start), Where) :- format(user_error,'% ~w ',[Where]), '$dump_syntax_error_line'(Start,Pos), '$dump_syntax_error_term'(10,Pos, Term), format(user_error,'.~n',[]). '$output_error_message'(system_error, Where) :- format(user_error,'% SYSTEM ERROR- ~w~n', [Where]). '$output_error_message'(internal_compiler_error, Where) :- format(user_error,'% INTERNAL COMPILER ERROR- ~w~n', [Where]). '$output_error_message'(system_error(Message), Where) :- format(user_error,'% SYSTEM ERROR- ~w at ~w]~n', [Message,Where]). '$output_error_message'(type_error(T,_,Err,M), _Where) :- format(user_error,'% TYPE ERROR- ~w: expected ~w, got ~w~n', [T,Err,M]). '$output_error_message'(type_error(array,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected array, got ~w~n', [Where,W]). '$output_error_message'(type_error(atom,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected atom, got ~w~n', [Where,W]). '$output_error_message'(type_error(atomic,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected atomic, got ~w~n', [Where,W]). '$output_error_message'(type_error(byte,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected byte, got ~w~n', [Where,W]). '$output_error_message'(type_error(callable,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected callable goal, got ~w~n', [Where,W]). '$output_error_message'(type_error(char,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected char, got ~w~n', [Where,W]). '$output_error_message'(type_error(character,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected character, got ~w~n', [Where,W]). '$output_error_message'(type_error(character_code,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected character code, got ~w~n', [Where,W]). '$output_error_message'(type_error(compound,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected compound, got ~w~n', [Where,W]). '$output_error_message'(type_error(db_reference,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected data base reference, got ~w~n', [Where,W]). '$output_error_message'(type_error(db_term,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected data base term, got ~w~n', [Where,W]). '$output_error_message'(type_error(evaluable,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected evaluable term, got ~w~n', [Where,W]). '$output_error_message'(type_error(float,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected float, got ~w~n', [Where,W]). '$output_error_message'(type_error(in_byte,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected byte, got ~w~n', [Where,W]). '$output_error_message'(type_error(in_character,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected atom character, got ~w~n', [Where,W]). '$output_error_message'(type_error(in_character_code,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected character code, got ~w~n', [Where,W]). '$output_error_message'(type_error(integer,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected integer, got ~w~n', [Where,W]). '$output_error_message'(type_error(key,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected database key, got ~w~n', [Where,W]). '$output_error_message'(type_error(leash_mode,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected modes for leash, got ~w~n', [Where,W]). '$output_error_message'(type_error(list,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected list, got ~w~n', [Where,W]). '$output_error_message'(type_error(number,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected number, got ~w~n', [Where,W]). '$output_error_message'(type_error(pointer,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected pointer, got ~w~n', [Where,W]). '$output_error_message'(type_error(predicate_indicator,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected predicate indicator, got ~w~n', [Where,W]). '$output_error_message'(type_error(unsigned_byte,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected unsigned byte, got ~w~n', [Where,W]). '$output_error_message'(type_error(unsigned_char,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected unsigned char, got ~w~n', [Where,W]). '$output_error_message'(type_error(variable,W), Where) :- format(user_error,'% TYPE ERROR- ~w: expected unbound variable, got ~w~n', [Where,W]). '$output_error_message'(unknown, Where) :- format(user_error,'% EXISTENCE ERROR- procedure ~w undefined~n', [Where]). '$dump_syntax_error_line'(Position,_) :- format(user_error,', near line ~d:~n',[Position]). '$dump_syntax_error_term'(0,J,L) :- !, format(user_error,'~n', []), '$dump_syntax_error_term'(10,J,L). '$dump_syntax_error_term'(_,0,L) :- !, format(user_error,'~n<==== HERE ====>~n', []), '$dump_syntax_error_term'(10,-1,L). '$dump_syntax_error_term'(_,_,[]) :- !. '$dump_syntax_error_term'(I,J,[T-_P|R]) :- '$dump_error_token'(T), I1 is I-1, J1 is J-1, '$dump_syntax_error_term'(I1,J1,R). '$dump_error_token'(atom(A)) :- !, format(user_error,' ~a', [A]). '$dump_error_token'(number(N)) :- !, format(user_error,' ~w', [N]). '$dump_error_token'(var(_,S,_)) :- !, format(user_error,' ~s ', [S]). '$dump_error_token'(string(S)) :- !, format(user_error,' ""~s""', [S]). '$dump_error_token'('(') :- !, format(user_error,"(", []). '$dump_error_token'(')') :- !, format(user_error," )", []). '$dump_error_token'(',') :- !, format(user_error," ,", []). '$dump_error_token'(A) :- format(user_error," ~a", [A]).