void simplify_watchlist(ProofState_p state, ProofControl_p control,
Clause_p clause)
{
ClauseSet_p tmp_set;
Clause_p handle;
long removed_lits;
if(!ClauseIsDemodulator(clause))
{
return;
}
tmp_set = ClauseSetAlloc();
RemoveRewritableClauses(control->ocb, state->watchlist,
tmp_set, state->archive,
clause, clause->date,
&(state->wlindices));
while((handle = ClauseSetExtractFirst(tmp_set)))
{
ClauseComputeLINormalform(control->ocb,
state->terms,
handle,
state->demods,
control->heuristic_parms.forward_demod,
control->heuristic_parms.prefer_general);
removed_lits = ClauseRemoveSuperfluousLiterals(handle);
if(removed_lits)
{
DocClauseModificationDefault(handle, inf_minimize, NULL);
}
if(control->ac_handling_active)
{
ClauseRemoveACResolved(handle);
}
ClauseSubsumeOrderSortLits(handle);
ClauseSetIndexedInsertClause(state->watchlist, handle);
GlobalIndicesInsertClause(&(state->wlindices), handle);
}
ClauseSetFree(tmp_set);
}
void process_clauses(char* infile, TB_p terms, OCB_p ocb, ClauseSet_p *demodulators)
{
Clause_p clause;
Scanner_p in;
if(infile)
{
in = CreateScanner(StreamTypeFile, infile, true, NULL);
ScannerSetFormat(in, parse_format);
while(!TestInpTok(in, NoToken))
{
clause = ClauseParse(in, terms);
ClausePrint(GlobalOut, clause, true);
ClauseComputeLINormalform(ocb, terms, clause,
demodulators,
1, false);
fprintf(GlobalOut, " ==> ");
ClausePrint(GlobalOut, clause, true);
fprintf(GlobalOut, "\n");
ClauseFree(clause);
}
DestroyScanner(in);
}
}
