686 lines
26 KiB
Prolog
686 lines
26 KiB
Prolog
/*************************************************************************
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* *
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* YAP Prolog *
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* *
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* Yap Prolog was developed at NCCUP - Universidade do Porto *
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* *
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* Copyright L.Damas, V.S.Costa and Universidade do Porto 1985-1997 *
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* *
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**************************************************************************
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* *
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* File: utilities for displaying messages in YAP. *
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* comments: error messages for YAP *
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* *
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* Last rev: $Date: 2008-07-16 10:58:59 $,$Author: vsc $ *
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* *
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* *
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*************************************************************************/
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/**
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@defgroup Messages Message Handling
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@ingroup YAPControl
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@{
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The interaction between YAP and the user relies on YAP's ability to
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portray messages. These messages range from prompts to error
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information. All message processing is performed through the builtin
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print_message/2, in two steps:
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+ The message is processed into a list of commands
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+ The commands in the list are sent to the `format/3` builtin
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in sequence.
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The first argument to print_message/2 specifies the importance of
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the message. The options are:
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+ `error`
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error handling
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+ `warning`
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compilation and run-time warnings,
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+ `informational`
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generic informational messages
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+ `help`
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help messages (not currently implemented in YAP)
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+ `query`
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query used in query processing (not currently implemented in YAP)
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+ `silent`
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messages that do not produce output but that can be intercepted by hooks.
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The next table shows the main predicates and hooks associated to message
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handling in YAP:
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*/
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:- module('$messages',
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[system_message/4,
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prefix/6,
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prefix/5,
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file_location/3]).
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:- use_system_module( user, [generate_message_hook/3]).
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:- multifile prolog:message/3.
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:- multifile user:generate_message_hook/3.
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file_location -->
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{ source_location(FileName, LN) },
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file_position(FileName,LN).
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file_position(user_input,LN) -->
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[ 'user_input:~d:0: ' - [LN] ].
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file_position(FileName,LN) -->
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[ '~a:~d:0: ' - [FileName,LN] ].
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translate_message(Term) -->
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generate_message(Term), !.
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translate_message(Term) -->
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{ Term = error(_, _) },
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[ 'Unknown exception: ~p'-[Term] ].
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translate_message(Term) -->
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[ 'Unknown message: ~p'-[Term] ].
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generate_message(Term, Lines, []) :-
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user:generate_message_hook(Term, [], Lines), !.
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generate_message(Term) -->
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prolog:message(Term), !.
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generate_message(halt) --> !,
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['YAP execution halted'].
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generate_message(false) --> !,
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['false.'].
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generate_message('$abort') --> !,
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['YAP execution aborted'].
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generate_message(abort(user)) --> !,
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['YAP execution aborted'].
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generate_message(loading(_,F)) --> { F == user }, !.
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generate_message(loading(What,FileName)) --> !,
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[ '~a ~w...' - [What, FileName] ].
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generate_message(loaded(_,user,_,_,_)) --> !.
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generate_message(loaded(included,AbsoluteFileName,Mod,Time,Space)) --> !,
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[ '~a included in module ~a, ~d msec ~d bytes' - [AbsoluteFileName,Mod,Time,Space] ].
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generate_message(loaded(What,AbsoluteFileName,Mod,Time,Space)) --> !,
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[ '~a ~a in module ~a, ~d msec ~d bytes' - [What, AbsoluteFileName,Mod,Time,Space] ].
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generate_message(prompt(BreakLevel,TraceDebug)) --> !,
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( { BreakLevel =:= 0 } ->
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(
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{ var(TraceDebug) } ->
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[]
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;
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[ '~a' - [TraceDebug] ]
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)
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;
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(
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{ var(TraceDebug) } ->
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[ '~d' - [BreakLevel] ]
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;
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[ '~d ~a' - [BreakLevel, TraceDebug] ]
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)
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).
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generate_message(debug) --> !,
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[ debug ].
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generate_message(trace) --> !,
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[ trace ].
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generate_message(error(Error,Context)) -->
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{ Error = existence_error(procedure,_) }, !,
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system_message(error(Error,Context)),
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stack_dump(error(Error,Context)).
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generate_message(error(Error,context(Cause,Extra))) -->
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system_message(error(Error,Cause)),
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stack_dump(error(Error,context(Cause,Extra))).
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generate_message(M) -->
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system_message(M),
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stack_dump(M).
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stack_dump(error(_,_)) -->
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{ fail },
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{ recorded(sp_info,local_sp(_P,CP,Envs,CPs),_) },
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{ Envs = [_|_] ; CPs = [_|_] }, !,
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[nl],
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'$hacks':display_stack_info(CPs, Envs, 20, CP).
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stack_dump(_) --> [].
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prolog_message(X,Y,Z) :-
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system_message(X,Y,Z).
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%message(loaded(Past,AbsoluteFileName,user,Msec,Bytes), Prefix, Suffix) :- !,
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system_message(query(_QueryResult,_)) --> [].
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system_message(format(Msg, Args)) -->
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[Msg - Args].
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system_message(ancestors([])) -->
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[ 'There are no ancestors.' ].
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system_message(breakp(bp(debugger,_,_,M:F/N,_),add,already)) -->
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[ 'There is already a spy point on ~w:~w/~w.' - [M,F,N]].
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system_message(breakp(bp(debugger,_,_,M:F/N,_),add,ok)) -->
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[ 'Spy point set on ~w:~w/~w.' - [M,F,N] ].
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system_message(breakp(bp(debugger,_,_,M:F/N,_),remove,last)) -->
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[ 'Spy point on ~w:~w/~w removed.' - [M,F,N] ].
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system_message(breakp(no,breakpoint_for,M:F/N)) -->
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[ 'There is no spy point on ~w:~w/~w.' - [M,F,N]].
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system_message(breakpoints([])) -->
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[ 'There are no spy-points set.' ].
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system_message(breakpoints(L)) -->
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[ 'Spy-points set on:' ],
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list_of_preds(L).
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system_message(clauses_not_together(P)) -->
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[ 'Discontiguous definition of ~q.' - [P] ].
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system_message(debug(debug)) -->
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[ 'Debug mode on.' ].
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system_message(debug(off)) -->
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[ 'Debug mode off.' ].
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system_message(debug(trace)) -->
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[ 'Trace mode on.' ].
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system_message(declaration(Args,Action)) -->
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[ 'declaration ~w ~w.' - [Args,Action] ].
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system_message(defined_elsewhere(P,F)) -->
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[ 'predicate ~q previously defined in file ~w' - [P,F] ].
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system_message(functionality(Library)) -->
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[ '~q not available' - [Library] ].
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system_message(import(Pred,To,From,private)) -->
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[ 'Importing private predicate ~w:~w to ~w.' - [From,Pred,To] ].
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system_message(redefine_imported(M,M0,PI)) -->
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[ 'Module ~w redefines imported predicate ~w:~w.' - [M,M0,PI] ].
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system_message(leash([])) -->
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[ 'No leashing.' ].
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system_message(leash([A|B])) -->
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[ 'Leashing set to ~w.' - [[A|B]] ].
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system_message(no) -->
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[ 'no' ].
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system_message(no_match(P)) -->
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[ 'No matching predicate for ~w.' - [P] ].
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system_message(leash([A|B])) -->
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[ 'Leashing set to ~w.' - [[A|B]] ].
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system_message(singletons(SVs,P,W)) -->
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[ 'Singleton variable~*c ~s in ~q, starting at line ~d' - [NVs, 0's, SVsL, I, L] ], % '
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{ svs(SVs,SVsL,[]),
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( SVs = [_] -> NVs = 0 ; NVs = 1 ),
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clause_to_indicator(P, I),
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stream_position_data( line_count, W, L)
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}.
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system_message(multiple(P,W,F)) -->
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[ 'Redefinition: clause at line ~d redefines ~w from file ~a' - [L, I, F] ], % '
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{ clause_to_indicator(P, I),
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stream_position_data( line_count, W, L)
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}.
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system_message(discontiguous(P,W)) -->
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[ 'Discontiguous clause for ~w at line ~d' - [I, L] ], % '
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{ clause_to_indicator(P, I),
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stream_position_data( line_count, W, L)
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}.
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system_message(trace_command(-1)) -->
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[ 'EOF is not a valid debugger command.' ].
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system_message(trace_command(C)) -->
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[ '~c is not a valid debugger command.' - [C] ].
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system_message(trace_help) -->
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[ ' Please enter a valid debugger command (h for help).' ].
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system_message(version(Version)) -->
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[ '~a' - [Version] ].
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system_message(myddas_version(Version)) -->
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[ 'MYDDAS version ~a' - [Version] ].
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system_message(yes) -->
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[ 'yes' ].
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system_message(error(Msg,Info)) -->
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( { var(Msg) } ; { var(Info)} ), !,
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['bad error ~w' - [error(Msg,Info)]].
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system_message(error(consistency_error(Who),Where)) -->
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[ 'CONSISTENCY ERROR (arguments not compatible with format)- ~w ~w' - [Who,Where] ].
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system_message(error(context_error(Goal,Who),Where)) -->
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[ 'CONTEXT ERROR- ~w: ~w appeared in ~w' - [Goal,Who,Where] ].
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system_message(error(domain_error(DomainType,Opt), Where)) -->
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[ 'DOMAIN ERROR- ~w: ' - Where],
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domain_error(DomainType, Opt).
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system_message(error(format_argument_type(Type,Arg), Where)) -->
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[ 'FORMAT ARGUMENT ERROR- ~~~a called with ~w in ~w: ' - [Type,Arg,Where]].
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system_message(error(existence_error(directory,Key), Where)) -->
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[ 'EXISTENCE ERROR- ~w: ~w not an existing directory' - [Where,Key] ].
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system_message(error(existence_error(key,Key), Where)) -->
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[ 'EXISTENCE ERROR- ~w: ~w not an existing key' - [Where,Key] ].
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system_message(error(existence_error(mutex,Key), Where)) -->
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[ 'EXISTENCE ERROR- ~w: ~w is an erased mutex' - [Where,Key] ].
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system_message(existence_error(prolog_flag,F)) -->
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[ 'Prolog Flag ~w: new Prolog flags must be created using create_prolog_flag/3.' - [F] ].
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system_message(error(existence_error(prolog_flag,P), Where)) --> !,
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[ 'EXISTENCE ERROR- ~w: prolog flag ~w is undefined' - [Where,P] ].
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system_message(error(existence_error(procedure,P), context(Call,Parent))) --> !,
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[ 'EXISTENCE ERROR- procedure ~w is undefined, called from context ~w~n Goal was ~w' - [P,Parent,Call] ].
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system_message(error(existence_error(stream,Stream), Where)) -->
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[ 'EXISTENCE ERROR- ~w: ~w not an open stream' - [Where,Stream] ].
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system_message(error(existence_error(thread,Thread), Where)) -->
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[ 'EXISTENCE ERROR- ~w: ~w not a running thread' - [Where,Thread] ].
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system_message(error(existence_error(variable,Var), Where)) -->
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[ 'EXISTENCE ERROR- ~w: variable ~w does not exist' - [Where,Var] ].
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system_message(error(existence_error(Name,F), W)) -->
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{ object_name(Name, ObjName) },
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[ 'EXISTENCE ERROR- ~w could not open ~a ~w' - [W,ObjName,F] ].
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system_message(error(evaluation_error(int_overflow), Where)) -->
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[ 'INTEGER OVERFLOW ERROR- ~w' - [Where] ].
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system_message(error(evaluation_error(float_overflow), Where)) -->
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[ 'FLOATING POINT OVERFLOW ERROR- ~w' - [Where] ].
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system_message(error(evaluation_error(undefined), Where)) -->
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[ 'UNDEFINED ARITHMETIC RESULT ERROR- ~w' - [Where] ].
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system_message(error(evaluation_error(underflow), Where)) -->
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[ 'UNDERFLOW ERROR- ~w' - [Where] ].
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system_message(error(evaluation_error(float_underflow), Where)) -->
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[ 'FLOATING POINT UNDERFLOW ERROR- ~w' - [Where] ].
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system_message(error(evaluation_error(zero_divisor), Where)) -->
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[ 'ZERO DIVISOR ERROR- ~w' - [Where] ].
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system_message(error(instantiation_error, Where)) -->
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[ 'INSTANTIATION ERROR- ~w: expected bound value' - [Where] ].
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system_message(error(not_implemented(Type, What), Where)) -->
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[ '~w: ~w not implemented- ~w' - [Where, Type, What] ].
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system_message(error(operating_system_error, Where)) -->
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[ 'OPERATING SYSTEM ERROR- ~w' - [Where] ].
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system_message(error(out_of_heap_error, Where)) -->
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[ 'OUT OF DATABASE SPACE ERROR- ~w' - [Where] ].
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system_message(error(out_of_stack_error, Where)) -->
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[ 'OUT OF STACK SPACE ERROR- ~w' - [Where] ].
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system_message(error(out_of_trail_error, Where)) -->
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[ 'OUT OF TRAIL SPACE ERROR- ~w' - [Where] ].
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system_message(error(out_of_attvars_error, Where)) -->
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[ 'OUT OF STACK SPACE ERROR- ~w' - [Where] ].
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system_message(error(out_of_auxspace_error, Where)) -->
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[ 'OUT OF AUXILIARY STACK SPACE ERROR- ~w' - [Where] ].
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system_message(error(permission_error(access,private_procedure,P), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot see clauses for ~w' - [Where,P] ].
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system_message(error(permission_error(access,static_procedure,P), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot access static procedure ~w' - [Where,P] ].
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system_message(error(permission_error(alias,new,P), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot create alias ~w' - [Where,P] ].
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system_message(error(permission_error(create,Name,P), Where)) -->
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{ object_name(Name, ObjName) },
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[ 'PERMISSION ERROR- ~w: cannot create ~a ~w' - [Where,ObjName,P] ].
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system_message(error(permission_error(import,M1:I,redefined,SecondMod), Where)) -->
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[ 'PERMISSION ERROR- loading ~w: modules ~w and ~w both define ~w' - [Where,M1,SecondMod,I] ].
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system_message(error(permission_error(input,binary_stream,Stream), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot read from binary stream ~w' - [Where,Stream] ].
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system_message(error(permission_error(input,closed_stream,Stream), Where)) -->
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[ 'PERMISSION ERROR- ~w: trying to read from closed stream ~w' - [Where,Stream] ].
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system_message(error(permission_error(input,past_end_of_stream,Stream), Where)) -->
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[ 'PERMISSION ERROR- ~w: past end of stream ~w' - [Where,Stream] ].
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system_message(error(permission_error(input,stream,Stream), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot read from ~w' - [Where,Stream] ].
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system_message(error(permission_error(input,text_stream,Stream), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot read from text stream ~w' - [Where,Stream] ].
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system_message(error(permission_error(modify,dynamic_procedure,_), Where)) -->
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[ 'PERMISSION ERROR- ~w: modifying a dynamic procedure' - [Where] ].
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system_message(error(permission_error(modify,flag,W), _)) -->
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[ 'PERMISSION ERROR- cannot modify flag ~w' - [W] ].
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system_message(error(permission_error(modify,operator,W), Q)) -->
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[ 'PERMISSION ERROR- ~w: cannot modify operator ~q' - [Q,W] ].
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system_message(error(permission_error(modify,dynamic_procedure,F), Where)) -->
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[ 'PERMISSION ERROR- ~w: modifying dynamic procedure ~w' - [Where,F] ].
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system_message(error(permission_error(modify,static_procedure,F), Where)) -->
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[ 'PERMISSION ERROR- ~w: modifying static procedure ~w' - [Where,F] ].
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system_message(error(permission_error(modify,static_procedure_in_use,_), Where)) -->
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[ 'PERMISSION ERROR- ~w: modifying a static procedure in use' - [Where] ].
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system_message(error(permission_error(modify,table,P), _)) -->
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[ 'PERMISSION ERROR- cannot table procedure ~w' - [P] ].
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system_message(error(permission_error(module,redefined,Mod), Who)) -->
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[ 'PERMISSION ERROR ~w- redefining module ~a in a different file' - [Who,Mod] ].
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system_message(error(permission_error(open,source_sink,Stream), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot open file ~w' - [Where,Stream] ].
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system_message(error(permission_error(output,binary_stream,Stream), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot write to binary stream ~w' - [Where,Stream] ].
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system_message(error(permission_error(output,stream,Stream), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot write to ~w' - [Where,Stream] ].
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system_message(error(permission_error(output,text_stream,Stream), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot write to text stream ~w' - [Where,Stream] ].
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system_message(error(permission_error(resize,array,P), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot resize array ~w' - [Where,P] ].
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system_message(error(permission_error(unlock,mutex,P), Where)) -->
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[ 'PERMISSION ERROR- ~w: cannot unlock mutex ~w' - [Where,P] ].
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system_message(error(representation_error(character), Where)) -->
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[ 'REPRESENTATION ERROR- ~w: expected character' - [Where] ].
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system_message(error(representation_error(character_code), Where)) -->
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[ 'REPRESENTATION ERROR- ~w: expected character code' - [Where] ].
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system_message(error(representation_error(max_arity), Where)) -->
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[ 'REPRESENTATION ERROR- ~w: number too big' - [Where] ].
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system_message(error(representation_error(variable), Where)) -->
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[ 'REPRESENTATION ERROR- ~w: should be a variable' - [Where] ].
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system_message(error(resource_error(code_space), Where)) -->
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[ 'RESOURCE ERROR- not enough code space' - [Where] ].
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system_message(error(resource_error(huge_int), Where)) -->
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[ 'RESOURCE ERROR- too large an integer in absolute value' - [Where] ].
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system_message(error(resource_error(memory), Where)) -->
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[ 'RESOURCE ERROR- not enough virtual memory' - [Where] ].
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system_message(error(resource_error(stack), Where)) -->
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[ 'RESOURCE ERROR- not enough stack' - [Where] ].
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system_message(error(resource_error(streams), Where)) -->
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[ 'RESOURCE ERROR- could not find a free stream' - [Where] ].
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system_message(error(resource_error(threads), Where)) -->
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[ 'RESOURCE ERROR- too many open threads' - [Where] ].
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system_message(error(resource_error(trail), Where)) -->
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[ 'RESOURCE ERROR- not enough trail space' - [Where] ].
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system_message(error(signal(SIG,_), _)) -->
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[ 'UNEXPECTED SIGNAL: ~a' - [SIG] ].
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system_message(error(syntax_error(_), [syntax_error(G,_,Msg,[],_,0,File)|_])) -->
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[ 'SYNTAX ERROR at "~a", goal ~q: ~a' - [File,G,Msg] ].
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% SWI like I/O error message.
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system_message(error(syntax_error(end_of_clause), [stream(Stream, Line, _, _)|_])) -->
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[ 'SYNTAX ERROR ~a, stream ~w, near line ~d.' - ['Unexpected end of clause',Stream,Line] ].
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system_message(error(syntax_error(_), [syntax_error(read(_),_,_,Term,Pos,Start,File)|_])) -->
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{ Term = [_|_] },
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['SYNTAX ERROR' - []],
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syntax_error_line(File, Start, Pos),
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syntax_error_term(10, Pos, Term),
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[ '.' ].
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system_message(error(system_error, Where)) -->
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[ 'SYSTEM ERROR- ~w' - [Where] ].
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system_message(error(internal_compiler_error, Where)) -->
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[ 'INTERNAL COMPILER ERROR- ~w' - [Where] ].
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system_message(error(system_error(Message), Where)) -->
|
|
[ 'SYSTEM ERROR- ~w at ~w]' - [Message,Where] ].
|
|
system_message(error(timeout_error(T,Obj), _Where)) -->
|
|
[ 'TIMEOUT ERROR- operation ~w on object ~w' - [T,Obj] ].
|
|
system_message(error(type_error(T,_,Err,M), _Where)) -->
|
|
[ 'TYPE ERROR- ~w: expected ~w, got ~w' - [T,Err,M] ].
|
|
system_message(error(type_error(TE,W), Where)) -->
|
|
{ object_name(TE, M) }, !,
|
|
[ 'TYPE ERROR- ~w: expected ~a, got ~w' - [Where,M,W] ].
|
|
system_message(error(type_error(TE,W), Where)) -->
|
|
[ 'TYPE ERROR- ~w: expected ~q, got ~w' - [Where,TE,W] ].
|
|
system_message(error(unknown, Where)) -->
|
|
[ 'EXISTENCE ERROR- procedure ~w undefined' - [Where] ].
|
|
system_message(error(unhandled_exception,Throw)) -->
|
|
[ 'UNHANDLED EXCEPTION - message ~w unknown' - [Throw] ].
|
|
system_message(error(uninstantiation_error(TE), _Where)) -->
|
|
[ 'UNINSTANTIATION ERROR - expected unbound term, got ~q' - [TE] ].
|
|
system_message(Messg) -->
|
|
[ '~q' - Messg ].
|
|
|
|
|
|
domain_error(array_overflow, Opt) --> !,
|
|
[ 'invalid static index ~w for array' - Opt ].
|
|
domain_error(array_type, Opt) --> !,
|
|
[ 'invalid static array type ~w' - Opt ].
|
|
domain_error(builtin_procedure, _) --> !,
|
|
[ 'non-iso built-in procedure' ].
|
|
domain_error(character_code_list, Opt) --> !,
|
|
[ 'invalid list of codes ~w' - [Opt] ].
|
|
domain_error(close_option, Opt) --> !,
|
|
[ 'invalid close option ~w' - [Opt] ].
|
|
domain_error(delete_file_option, Opt) --> !,
|
|
[ 'invalid list of options ~w' - [Opt] ].
|
|
domain_error(encoding, Opt) --> !,
|
|
[ 'invalid encoding ~w' - [Opt] ].
|
|
domain_error(flag_value, [Opt,Flag]) --> !,
|
|
[ 'invalid value ~w for flag ~w' - [Opt,Flag] ].
|
|
domain_error(flag_value, Opt) --> !,
|
|
[ 'invalid value ~w for flag' - [Opt] ].
|
|
domain_error(io_mode, Opt) --> !,
|
|
[ 'invalid io mode ~w' - [Opt] ].
|
|
domain_error(mutable, Opt) --> !,
|
|
[ 'invalid id mutable ~w' - [Opt] ].
|
|
domain_error(module_decl_options, Opt) --> !,
|
|
[ 'expect module declaration options, found ~w' - [Opt] ].
|
|
domain_error(non_empty_list, Opt) --> !,
|
|
[ 'found empty list' - [Opt] ].
|
|
domain_error(not_less_than_zero, Opt) --> !,
|
|
[ 'number ~w less than zero' - [Opt] ].
|
|
domain_error(not_newline, Opt) --> !,
|
|
[ 'number ~w not newline' - [Opt] ].
|
|
domain_error(not_zero, Opt) --> !,
|
|
[ '~w is not allowed in the domain' - [Opt] ].
|
|
domain_error(operator_priority, Opt) --> !,
|
|
[ '~w invalid operator priority' - [Opt] ].
|
|
domain_error(operator_specifier, Opt) --> !,
|
|
[ 'invalid operator specifier ~w' - [Opt] ].
|
|
domain_error(out_of_range, Opt) --> !,
|
|
[ 'expression ~w is out of range' - [Opt] ].
|
|
domain_error(predicate_spec, Opt) --> !,
|
|
[ '~w invalid predicate specifier' - [Opt] ].
|
|
domain_error(radix, Opt) --> !,
|
|
[ 'invalid radix ~w' - [Opt] ].
|
|
domain_error(read_option, Opt) --> !,
|
|
[ '~w invalid option to read_term' - [Opt] ].
|
|
domain_error(semantics_indicator, Opt) --> !,
|
|
[ 'predicate indicator, got ~w' - [Opt] ].
|
|
domain_error(shift_count_overflow, Opt) --> !,
|
|
[ 'shift count overflow in ~w' - [Opt] ].
|
|
domain_error(source_sink, Opt) --> !,
|
|
[ '~w is not a source sink term' - [Opt] ].
|
|
domain_error(stream, Opt) --> !,
|
|
[ '~w is not a stream' - [Opt] ].
|
|
domain_error(stream_or_alias, Opt) --> !,
|
|
[ '~w is not a stream (or alias)' - [Opt] ].
|
|
domain_error(stream_encoding, Opt) --> !,
|
|
[ '~w is not a supported stream encoding' - [Opt] ].
|
|
domain_error(stream_position, Opt) --> !,
|
|
[ '~w is not a stream position' - [Opt] ].
|
|
domain_error(stream_property, Opt) --> !,
|
|
[ '~w is not a stream property' - [Opt] ].
|
|
domain_error(syntax_error_handler, Opt) --> !,
|
|
[ '~w is not a syntax error handler' - [Opt] ].
|
|
domain_error(table, Opt) --> !,
|
|
[ 'non-tabled procedure ~w' - [Opt] ].
|
|
domain_error(thread_create_option, Opt) --> !,
|
|
[ '~w is not a thread_create option' - [Opt] ].
|
|
domain_error(time_out_spec, Opt) --> !,
|
|
[ '~w is not valid specificatin for time_out' - [Opt] ].
|
|
domain_error(unimplemented_option, Opt) --> !,
|
|
[ '~w is not yet implemented' - [Opt] ].
|
|
domain_error(write_option, Opt) --> !,
|
|
[ '~w invalid write option' - [Opt] ].
|
|
domain_error(Domain, Opt) -->
|
|
[ '~w not a valid element for ~w' - [Opt,Domain] ].
|
|
|
|
|
|
object_name(array, array).
|
|
object_name(atom, atom).
|
|
object_name(atomic, atomic).
|
|
object_name(byte, byte).
|
|
object_name(callable, 'callable goal').
|
|
object_name(char, char).
|
|
object_name(character_code, 'character code').
|
|
object_name(compound, 'compound term').
|
|
object_name(db_reference, 'data base reference').
|
|
object_name(evaluable, 'evaluable term').
|
|
object_name(file, file).
|
|
object_name(float, float).
|
|
object_name(in_byte, byte).
|
|
object_name(in_character, character).
|
|
object_name(integer, integer).
|
|
object_name(key, 'database key').
|
|
object_name(leash_mode, 'leash mode').
|
|
object_name(library, library).
|
|
object_name(list, list).
|
|
object_name(message_queue, 'message queue').
|
|
object_name(mutex, mutex).
|
|
object_name(number, number).
|
|
object_name(operator, operator).
|
|
object_name(pointer, pointer).
|
|
object_name(predicate_indicator, 'predicate indicator').
|
|
object_name(source_sink, file).
|
|
object_name(unsigned_byte, 'unsigned byte').
|
|
object_name(unsigned_char, 'unsigned char').
|
|
object_name(variable, 'unbound variable').
|
|
|
|
svs([A=_]) --> !, { atom_codes(A, H) }, H.
|
|
svs([A=_|L]) -->
|
|
{ atom_codes(A, H) },
|
|
H,
|
|
", ",
|
|
svs(L).
|
|
|
|
list_of_preds([]) --> [].
|
|
list_of_preds([P|L]) -->
|
|
['~q' - [P]],
|
|
list_of_preds(L).
|
|
|
|
|
|
syntax_error_line('', _,_) --> !,
|
|
[':~n' ].
|
|
syntax_error_line(File, Position,_) -->
|
|
[' at ~a, near line ~d:~n' - [File,Position]].
|
|
|
|
syntax_error_term(0,J,L) -->
|
|
['~n' ],
|
|
syntax_error_term(10,J,L).
|
|
syntax_error_term(_,0,L) --> !,
|
|
[ '~n<==== HERE ====>~n' ],
|
|
syntax_error_term(10,-1,L).
|
|
syntax_error_term(_,_,[]) --> !.
|
|
syntax_error_term(I,J,[T-_P|R]) -->
|
|
syntax_error_token(T),
|
|
{
|
|
I1 is I-1,
|
|
J1 is J-1
|
|
},
|
|
syntax_error_term(I1,J1,R).
|
|
|
|
syntax_error_token(atom(A)) --> !,
|
|
[ ' ~a' - [A] ].
|
|
syntax_error_token(number(N)) --> !,
|
|
[ ' ~w' - [N] ].
|
|
syntax_error_token(var(_,S,_)) --> !,
|
|
[ ' ~s' - [S] ].
|
|
syntax_error_token(string(S)) --> !,
|
|
[ ' ""~s"' - [S] ].
|
|
syntax_error_token('(') --> !,
|
|
[ '(' ].
|
|
syntax_error_token(')') --> !,
|
|
[ ' )' ].
|
|
syntax_error_token(',') --> !,
|
|
[ ' ,' ].
|
|
syntax_error_token(A) --> !,
|
|
[ ' ~a' - [A] ].
|
|
|
|
|
|
% print_message_lines(+Stream, +Prefix, +Lines)
|
|
%
|
|
% Quintus/SICStus/SWI compatibility predicate to print message lines
|
|
% using a prefix.
|
|
|
|
/** @pred print_message_lines(+ _Stream_, + _Prefix_, + _Lines_)
|
|
|
|
|
|
Print a message (see print_message/2) that has been translated to
|
|
a list of message elements. The elements of this list are:
|
|
|
|
+ _Format_-_Args_
|
|
Where _Format_ is an atom and _Args_ is a list
|
|
of format argument. Handed to `format/3`.
|
|
+ `flush`
|
|
If this appears as the last element, _Stream_ is flushed
|
|
(see `flush_output/1`) and no final newline is generated.
|
|
+ `at_same_line`
|
|
If this appears as first element, no prefix is printed for
|
|
the first line and the line-position is not forced to 0
|
|
(see `format/1`, `~N`).
|
|
+ `<Format>`
|
|
Handed to `format/3` as `format(Stream, Format, [])`.
|
|
+ nl
|
|
A new line is started and if the message is not complete
|
|
the _Prefix_ is printed too.
|
|
|
|
|
|
|
|
*/
|
|
prolog:print_message_lines(_S, _, []) :- !.
|
|
prolog:print_message_lines(_S, P, [at_same_line|Lines]) :- !,
|
|
print_message_line(S, Lines, Rest),
|
|
prolog:print_message_lines(S, P, Rest).
|
|
prolog:print_message_lines(S, kind(Kind), Lines) :- !,
|
|
prefix(Kind, Prefix, _),
|
|
lists:append([ begin(Kind, Ctx)
|
|
| Lines
|
|
],
|
|
[ end(Ctx)
|
|
],
|
|
AllLines),
|
|
print_message_lines(S, Prefix, AllLines).
|
|
prolog:print_message_lines(S, P-Opts, Lines) :-
|
|
atom(P), !,
|
|
atom_concat('~N', P, Prefix),
|
|
format(S, Prefix, Opts),
|
|
print_message_line(S, Lines, Rest),
|
|
prolog:print_message_lines(S, P-Opts, Rest).
|
|
prolog:print_message_lines(S, P, Lines) :-
|
|
atom(P), !,
|
|
atom_concat('~N', P, Prefix),
|
|
format(S, Prefix, []),
|
|
print_message_line(S, Lines, Rest),
|
|
prolog:print_message_lines(S, P, Rest).
|
|
|
|
print_message_line(S, [flush], []) :- !,
|
|
flush_output(S).
|
|
print_message_line(S, [], []) :- !,
|
|
nl(S).
|
|
print_message_line(S, [nl|T], T) :- !,
|
|
nl(S).
|
|
print_message_line(S, [begin(_,_)|T0], T) :- !,
|
|
print_message_line(S, T0, T).
|
|
print_message_line(S, [end(_)|T0], T) :- !,
|
|
print_message_line(S, T0, T).
|
|
print_message_line(S, [Fmt-Args|T0], T) :- !,
|
|
format(S, Fmt, Args),
|
|
print_message_line(S, T0, T).
|
|
print_message_line(S, [Fmt|T0], T) :-
|
|
format(S, Fmt, []),
|
|
print_message_line(S, T0, T).
|
|
|
|
|
|
prefix(help, '', user_error) --> [].
|
|
prefix(query, '', user_error) --> [].
|
|
prefix(debug, '', user_output) --> [].
|
|
prefix(warning, '', user_error) -->
|
|
{ thread_self(Id) },
|
|
( { Id == main }
|
|
-> [ 'warning: ', nl ]
|
|
; { atom(Id) }
|
|
-> ['warning: [Thread ~a ]' - [Id], nl ]
|
|
; ['warning: [Thread ~d ]' - [Id], nl ]
|
|
).
|
|
prefix(error, '', user_error) -->
|
|
{ recorded(sp_info,local_sp(P,_,_,_),_) },
|
|
{ thread_self(Id) },
|
|
( { Id == main }
|
|
-> [ 'error at ' ]
|
|
; { atom(Id) }
|
|
-> [ 'error [ Thread ~a ] at ' - [Id] ]
|
|
; [ 'error [ Thread ~d ] at ' - [Id] ]
|
|
),
|
|
'$hacks':display_pc(P),
|
|
!,
|
|
[' !!', nl].
|
|
prefix(error, '', user_error) -->
|
|
{ thread_self(Id) },
|
|
( { Id == main }
|
|
-> [ 'error!!', nl ]
|
|
; { atom(Id) }
|
|
-> [ 'error!! [ Thread ~a ]' - [Id], nl ]
|
|
; [ 'error!! [ Thread ~d ]' - [Id], nl ]
|
|
).
|
|
prefix(banner, '', user_error) --> [].
|
|
prefix(informational, '~*|% '-[LC], user_error) -->
|
|
{ '$show_consult_level'(LC) }.
|
|
prefix(debug(_), '% ', user_error).
|
|
prefix(information, '% ', user_error).
|
|
|
|
|
|
clause_to_indicator(T, M:Name/Arity) :-
|
|
strip_module(T, M, T1),
|
|
pred_arity( T1, Name, Arity ).
|
|
|
|
pred_arity(V,call,1) :- var(V), !.
|
|
pred_arity((H:-_),Name,Arity) :-
|
|
nonvar(H),
|
|
!,
|
|
functor(H,Name,Arity).
|
|
pred_arity((H-->_),Name,Arity) :- !,
|
|
nonvar(H),
|
|
!,
|
|
functor(H,Name,A1),
|
|
Arity is A1+2.
|
|
pred_arity(H,Name,Arity) :-
|
|
functor(H,Name,Arity).
|
|
|
|
|
|
/**
|
|
@}
|
|
@}
|
|
*/
|