LoggingFactory::LoggingFactory()
{
registerBuiltins();
}
void
initBuildIns(void)
{ ExtensionCell ecell;
Module m = MODULE_system;
GD->procedures.dirty = newHTable(32);
registerBuiltins(foreigns);
REG_PLIST(alloc);
REG_PLIST(atom);
REG_PLIST(arith);
REG_PLIST(bag);
REG_PLIST(comp);
REG_PLIST(flag);
REG_PLIST(index);
REG_PLIST(list);
REG_PLIST(module);
REG_PLIST(prims);
REG_PLIST(strings);
REG_PLIST(variant);
REG_PLIST(copyterm);
REG_PLIST(prologflag);
REG_PLIST(trace);
REG_PLIST(pro);
REG_PLIST(read);
REG_PLIST(thread);
REG_PLIST(profile);
REG_PLIST(wic);
REG_PLIST(file);
REG_PLIST(files);
REG_PLIST(glob);
REG_PLIST(btree);
REG_PLIST(ctype);
REG_PLIST(tai);
REG_PLIST(setup);
REG_PLIST(gc);
REG_PLIST(proc);
REG_PLIST(srcfile);
REG_PLIST(write);
REG_PLIST(dlopen);
REG_PLIST(system);
REG_PLIST(op);
REG_PLIST(rec);
REG_PLIST(term);
REG_PLIST(termhash);
#ifdef O_ATTVAR
REG_PLIST(attvar);
#endif
#ifdef O_GVAR
REG_PLIST(gvar);
#endif
#ifdef __WINDOWS__
REG_PLIST(win);
REG_PLIST(dde);
#endif
#ifdef O_LOCALE
REG_PLIST(locale);
#endif
REG_PLIST(debug);
REG_PLIST(dict);
REG_PLIST(cont);
REG_PLIST(trie);
REG_PLIST(tabling);
REG_PLIST(mutex);
REG_PLIST(zip);
REG_PLIST(cbtrace);
#define LOOKUPPROC(name) \
{ GD->procedures.name = lookupProcedure(FUNCTOR_ ## name, m); \
DEBUG(CHK_SECURE, assert(GD->procedures.name)); \
}
LOOKUPPROC(dgarbage_collect1);
LOOKUPPROC(catch3);
LOOKUPPROC(reset3);
LOOKUPPROC(dmeta_call1);
LOOKUPPROC(true0);
LOOKUPPROC(fail0);
LOOKUPPROC(equals2);
LOOKUPPROC(is2);
LOOKUPPROC(strict_equal2);
LOOKUPPROC(not_strict_equal2);
LOOKUPPROC(print_message2);
LOOKUPPROC(dcall1);
LOOKUPPROC(setup_call_catcher_cleanup4);
LOOKUPPROC(dthread_init0);
LOOKUPPROC(dc_call_prolog0);
LOOKUPPROC(dinit_goal3);
#ifdef O_ATTVAR
LOOKUPPROC(dwakeup1);
#endif
#if O_DEBUGGER
PROCEDURE_event_hook1 =
PL_predicate("prolog_event_hook", 1, "user");
#endif
PROCEDURE_exception_hook4 =
PL_predicate("prolog_exception_hook", 4, "user");
/* allow debugging in call/1 */
clear(PROCEDURE_dcall1->definition, HIDE_CHILDS|TRACE_ME);
set(PROCEDURE_dcall1->definition, P_DYNAMIC|P_LOCKED);
PL_meta_predicate(PL_predicate("assert", 1, "system"), ":");
PL_meta_predicate(PL_predicate("asserta", 1, "system"), ":");
PL_meta_predicate(PL_predicate("assertz", 1, "system"), ":");
PL_meta_predicate(PL_predicate("assert", 2, "system"), ":-");
PL_meta_predicate(PL_predicate("asserta", 2, "system"), ":-");
PL_meta_predicate(PL_predicate("assertz", 2, "system"), ":-");
PL_meta_predicate(PL_predicate("retract", 1, "system"), ":");
PL_meta_predicate(PL_predicate("retractall", 1, "system"), ":");
PL_meta_predicate(PL_predicate("clause", 2, "system"), ":?");
PL_meta_predicate(PL_predicate("format", 2, "system"), "+:");
PL_meta_predicate(PL_predicate("format", 3, "system"), "++:");
PL_meta_predicate(PL_predicate("format_predicate", 2, "system"), "+0");
PL_meta_predicate(PL_predicate("notrace", 1, "system"), "0");
PL_meta_predicate(PL_predicate("with_mutex", 2, "system"), "+0");
PL_meta_predicate(PL_predicate("with_output_to", 2, "system"), "+0");
#ifdef O_PLMT
PL_meta_predicate(PL_predicate("thread_create", 3, "system"), "0?+");
PL_meta_predicate(PL_predicate("thread_at_exit", 1, "system"), "0");
PL_meta_predicate(PL_predicate("thread_signal", 2, "system"), "+0");
#endif
PL_meta_predicate(PL_predicate("prolog_frame_attribute", 3, "system"), "++:");
PL_meta_predicate(PL_predicate("compile_predicates", 1, "system"), ":");
PL_meta_predicate(PL_predicate("op", 3, "system"), "++:");
PL_meta_predicate(PL_predicate("current_op", 3, "system"), "++:");
for( ecell = ext_head; ecell; ecell = ecell->next )
bindExtensions(ecell->module, ecell->extensions);
extensions_loaded = TRUE;
}
