public synchronized void waitForRelease() throws InterruptedException { count++; // The final thread to reach barrier resets barrier and // releases all threads if ( count==threshold ) { // notify blocked threads that threshold has been reached action(); // perform the requested operation notifyAll(); } else while ( count<threshold ) { wait(); } }
ErrorManager.info("two-threaded DFA conversion"); Barrier barrier = new Barrier(3); barrier.waitForRelease();
@Override public void run() { for (int decision=i; decision<=j; decision++) { NFAState decisionStartState = grammar.getDecisionNFAStartState(decision); if ( decisionStartState.getNumberOfTransitions()>1 ) { grammar.createLookaheadDFA(decision,true); } } // now wait for others to finish try { barrier.waitForRelease(); } catch(InterruptedException e) { ErrorManager.internalError("what the hell? DFA interruptus", e); } } }
ErrorManager.info("two-threaded DFA conversion"); Barrier barrier = new Barrier(3); barrier.waitForRelease();
public void run() { for (int decision=i; decision<=j; decision++) { NFAState decisionStartState = grammar.getDecisionNFAStartState(decision); if ( decisionStartState.getNumberOfTransitions()>1 ) { grammar.createLookaheadDFA(decision,true); } } // now wait for others to finish try { barrier.waitForRelease(); } catch(InterruptedException e) { ErrorManager.internalError("what the hell? DFA interruptus", e); } } }
ErrorManager.info("two-threaded DFA conversion"); Barrier barrier = new Barrier(3); barrier.waitForRelease();
public synchronized void waitForRelease() throws InterruptedException { count++; // The final thread to reach barrier resets barrier and // releases all threads if ( count==threshold ) { // notify blocked threads that threshold has been reached action(); // perform the requested operation notifyAll(); } else while ( count<threshold ) { wait(); } }
public void run() { for (int decision=i; decision<=j; decision++) { NFAState decisionStartState = grammar.getDecisionNFAStartState(decision); if ( decisionStartState.getNumberOfTransitions()>1 ) { grammar.createLookaheadDFA(decision,true); } } // now wait for others to finish try { barrier.waitForRelease(); } catch(InterruptedException e) { ErrorManager.internalError("what the hell? DFA interruptus", e); } } }
ErrorManager.info("two-threaded DFA conversion"); Barrier barrier = new Barrier(3); barrier.waitForRelease();
public synchronized void waitForRelease() throws InterruptedException { count++; // The final thread to reach barrier resets barrier and // releases all threads if ( count==threshold ) { // notify blocked threads that threshold has been reached action(); // perform the requested operation notifyAll(); } else while ( count<threshold ) { wait(); } }
@Override public void run() { for (int decision=i; decision<=j; decision++) { NFAState decisionStartState = grammar.getDecisionNFAStartState(decision); if ( decisionStartState.getNumberOfTransitions()>1 ) { grammar.createLookaheadDFA(decision,true); } } // now wait for others to finish try { barrier.waitForRelease(); } catch(InterruptedException e) { ErrorManager.internalError("what the hell? DFA interruptus", e); } } }
public synchronized void waitForRelease() throws InterruptedException { count++; // The final thread to reach barrier resets barrier and // releases all threads if ( count==threshold ) { // notify blocked threads that threshold has been reached action(); // perform the requested operation notifyAll(); } else while ( count<threshold ) { wait(); } }