private Builder(Experiment.ID experimentID, Bucket.Label label) { instance = new Bucket(); instance.experimentID = experimentID; instance.label = label; instance.control = false; }
public void validateBucketStateTransition(Bucket.State oldState, Bucket.State desiredState) { Bucket bucket = new Bucket(); bucket.setState(oldState); if (!bucket.isStateTransitionValid(desiredState)) { throw new InvalidBucketStateTransitionException("Invalid switch from state \"" + oldState + "\" to invalid state \"" + desiredState + "\""); } }
private Builder(Bucket other) { instance = new Bucket(); instance.experimentID = other.getExperimentID(); instance.label = other.getLabel(); instance.control = other.isControl() == null ? Boolean.FALSE : other.isControl(); instance.allocationPercent = other.getAllocationPercent(); instance.description = other.getDescription(); instance.payload = other.getPayload(); instance.state = other.getState(); }
int N=5; Bucket[][] barray=new Bucket[N][N]; for(int i=0;i<N;i++) { for(int j=0;j<N;j++) { barray[i][j] = new Bucket(); // was missing barray[i][j].initialize(); } }
private Builder(Experiment.ID experimentID, Bucket.Label label) { instance = new Bucket(); instance.experimentID = experimentID; instance.label = label; instance.control = false; }
int N=5; Bucket[][] barray=new Bucket[N][N]; for(int i=0;i<N;i++) { for(int j=0;j<N;j++) { barray[i][j] = new Bucket(); // no need to call initialize() } }
private BlockingQueue<Bucket> queue; public void addBucketToQueue() { queue.offer(new Bucket()); stash -= 5; }
IntStream.range(0, arr.length).forEach(x -> arr[x] = new Bucket());
public Bucket build() { Bucket result = new Bucket(); result.setControl(instance.isControl()); result.setState(instance.getState()); result.setLabel(instance.getLabel()); result.setPayload(instance.getPayload()); result.setAllocationPercent(instance.getAllocationPercent()); result.setDescription(instance.getDescription()); result.setExperimentID(instance.getExperimentID()); instance = null; return result; } }
public static void main(String[] args) { List<Bucket> elems = new LinkedList<>(); Bucket o = new Bucket(); o.filling = new Oil(); o.filling.setVolume(5); Bucket w = new Bucket(); w.filling = new Water(); w.filling.setVolume(12); elems.add(w); elems.add(o); Collections.sort(elems); for(Bucket b: elems) { System.out.println(b.filling.getVolume()); } }
public static void main(String args[])throws Exception { try { int N=5; Bucket[][] barray=new Bucket[N][N]; for(int i=0;i<N;i++) { for(int j=0;j<N;j++) { barray[i][j] = new Bucket(); // Creating an instance barray[i][j].initialize(); //barray[i][j].cols=0; //barray[i][j].blocked=0; } } } catch(Exception e) { System.out.println(e); } }
ConcurrentMap<Key, Bucket> graphs = new MapMaker() .expireAfterAccess(100, TimeUnit.MILLISECOND) .makeComputingMap(new Function<Key, Bucket>() { public Bucket apply(Key key) { return new Bucket(key); } });
Bucket b = new Bucket(a1, a2, a3, a4); a1.clear(); a2.clear();
public void validateBucketStateTransition(Bucket.State oldState, Bucket.State desiredState) { Bucket bucket = new Bucket(); bucket.setState(oldState); if (!bucket.isStateTransitionValid(desiredState)) { throw new InvalidBucketStateTransitionException("Invalid switch from state \"" + oldState + "\" to invalid state \"" + desiredState + "\""); } }
private Builder(Bucket other) { instance = new Bucket(); instance.experimentID = other.getExperimentID(); instance.label = other.getLabel(); instance.control = other.isControl() == null ? Boolean.FALSE : other.isControl(); instance.allocationPercent = other.getAllocationPercent(); instance.description = other.getDescription(); instance.payload = other.getPayload(); instance.state = other.getState(); }
public Bucket build() { Bucket result = new Bucket(); result.setControl(instance.isControl()); result.setState(instance.getState()); result.setLabel(instance.getLabel()); result.setPayload(instance.getPayload()); result.setAllocationPercent(instance.getAllocationPercent()); result.setDescription(instance.getDescription()); result.setExperimentID(instance.getExperimentID()); instance = null; return result; } }