dfa.startState = computeStartState(); resolveNonDeterminisms(d); addPredicateTransitions(d); findNewDFAStatesAndAddDFATransitions(d);
closure(dfa.nfa.getState(c.state), c.alt, c.context,
resolveNonDeterminisms(d); d = convertToAcceptState(d, alt);
boolean containsEOT = labels!=null && labels.contains(EOTLabel); if ( !dfa.isGreedy() && containsEOT ) { convertToEOTAcceptState(d); return; // no more work to do on this accept state DFAState t = reach(d, label); if ( debug ) { System.out.println("DFA state after reach "+label+" "+d+"-" + closure(t); // add any NFA states reachable via epsilon DFAState targetState = addDFAStateToWorkList(t); addTransition(d, label, targetState, targetToLabelMap); int minAlt = resolveByPickingMinAlt(d, null); addPredicateTransitions(d);
nfaConverter = new NFAToDFAConverter(this); try { nfaConverter.convert();
if ( closureIsBusy(d, proposedNFAConfiguration) ) { if ( debug ) { System.out.println("avoid visiting exact closure computation NFA config: "+ closure(ruleTarget, alt, newContext, semanticContext, d, collectPredicates); NFAState continueState = edgeToRule.followState; closure(continueState, alt, newContext, semanticContext, d, collectPredicates); closure((NFAState)transition0.target, alt, context, closure((NFAState)transition0.target, alt, context, closure((NFAState)transition1.target, alt, context,
boolean containsEOT = labels!=null && labels.contains(EOTLabel); if ( !dfa.isGreedy() && containsEOT ) { convertToEOTAcceptState(d); return; // no more work to do on this accept state DFAState t = reach(d, label); if ( debug ) { System.out.println("DFA state after reach "+label+" "+d+"-" + closure(t); // add any NFA states reachable via epsilon DFAState targetState = addDFAStateToWorkList(t); addTransition(d, label, targetState, targetToLabelMap); int minAlt = resolveByPickingMinAlt(d, null); addPredicateTransitions(d);
nfaConverter = new NFAToDFAConverter(this); try { nfaConverter.convert();
if ( closureIsBusy(d, proposedNFAConfiguration) ) { if ( debug ) { System.out.println("avoid visiting exact closure computation NFA config: "+ closure(ruleTarget, alt, newContext, semanticContext, d, collectPredicates); NFAState continueState = edgeToRule.followState; closure(continueState, alt, newContext, semanticContext, d, collectPredicates); closure((NFAState)transition0.target, alt, context, closure((NFAState)transition0.target, alt, context, closure((NFAState)transition1.target, alt, context,
boolean containsEOT = labels!=null && labels.contains(EOTLabel); if ( !dfa.isGreedy() && containsEOT ) { convertToEOTAcceptState(d); return; // no more work to do on this accept state DFAState t = reach(d, label); if ( debug ) { System.out.println("DFA state after reach "+label+" "+d+"-" + closure(t); // add any NFA states reachable via epsilon DFAState targetState = addDFAStateToWorkList(t); addTransition(d, label, targetState, targetToLabelMap); int minAlt = resolveByPickingMinAlt(d, null); addPredicateTransitions(d);
dfa.startState = computeStartState(); resolveNonDeterminisms(d); addPredicateTransitions(d); findNewDFAStatesAndAddDFATransitions(d);
nfaConverter = new NFAToDFAConverter(this); try { nfaConverter.convert();
resolveNonDeterminisms(d); d = convertToAcceptState(d, alt);
if ( closureIsBusy(d, proposedNFAConfiguration) ) { if ( debug ) { System.out.println("avoid visiting exact closure computation NFA config: "+ closure(ruleTarget, alt, newContext, semanticContext, d, collectPredicates); NFAState continueState = edgeToRule.followState; closure(continueState, alt, newContext, semanticContext, d, collectPredicates); closure((NFAState)transition0.target, alt, context, closure((NFAState)transition0.target, alt, context, closure((NFAState)transition1.target, alt, context,
closure(dfa.nfa.getState(c.state), c.alt, c.context,
boolean containsEOT = labels!=null && labels.contains(EOTLabel); if ( !dfa.isGreedy() && containsEOT ) { convertToEOTAcceptState(d); return; // no more work to do on this accept state DFAState t = reach(d, label); if ( debug ) { System.out.println("DFA state after reach "+label+" "+d+"-" + closure(t); // add any NFA states reachable via epsilon DFAState targetState = addDFAStateToWorkList(t); addTransition(d, label, targetState, targetToLabelMap); int minAlt = resolveByPickingMinAlt(d, null); addPredicateTransitions(d);
dfa.startState = computeStartState(); resolveNonDeterminisms(d); addPredicateTransitions(d); findNewDFAStatesAndAddDFATransitions(d);
nfaConverter = new NFAToDFAConverter(this); try { nfaConverter.convert();
resolveNonDeterminisms(d); d = convertToAcceptState(d, alt);
if ( closureIsBusy(d, proposedNFAConfiguration) ) { if ( debug ) { System.out.println("avoid visiting exact closure computation NFA config: "+ closure(ruleTarget, alt, newContext, semanticContext, d, collectPredicates); NFAState continueState = edgeToRule.followState; closure(continueState, alt, newContext, semanticContext, d, collectPredicates); closure((NFAState)transition0.target, alt, context, closure((NFAState)transition0.target, alt, context, closure((NFAState)transition1.target, alt, context,