/** * Returns the possibly empty set of labels that are assigned to this node, * including the automatic {@link #getSelfLabel() self label}, manually * assigned labels and dynamically assigned labels via the * {@link LabelFinder} extension point. * * This method has a side effect of updating the hudson-wide set of labels * and should be called after events that will change that - e.g. a agent * connecting. */ @Exported public Set<LabelAtom> getAssignedLabels() { Set<LabelAtom> r = Label.parse(getLabelString()); r.add(getSelfLabel()); r.addAll(getDynamicLabels()); return Collections.unmodifiableSet(r); }
/** * Returns the possibly empty set of labels that are assigned to this node, * including the automatic {@link #getSelfLabel() self label}, manually * assigned labels and dynamically assigned labels via the * {@link LabelFinder} extension point. * * This method has a side effect of updating the hudson-wide set of labels * and should be called after events that will change that - e.g. a slave * connecting. */ @Exported public Set<LabelAtom> getAssignedLabels() { Set<LabelAtom> r = Label.parse(getLabelString()); r.add(getSelfLabel()); r.addAll(getDynamicLabels()); return Collections.unmodifiableSet(r); }
/** * Returns the possibly empty set of labels that are assigned to this node, * including the automatic {@link #getSelfLabel() self label}, manually * assigned labels and dynamically assigned labels via the * {@link LabelFinder} extension point. * * This method has a side effect of updating the hudson-wide set of labels * and should be called after events that will change that - e.g. a slave * connecting. */ @Exported public Set<LabelAtom> getAssignedLabels() { Set<LabelAtom> r = Label.parse(getLabelString()); r.add(getSelfLabel()); r.addAll(getDynamicLabels()); return Collections.unmodifiableSet(r); }
/** * Returns the possibly empty set of labels that are assigned to this node, * including the automatic {@link #getSelfLabel() self label}, manually * assigned labels and dynamically assigned labels via the * {@link LabelFinder} extension point. * * This method has a side effect of updating the hudson-wide set of labels * and should be called after events that will change that - e.g. a agent * connecting. */ @Exported public Set<LabelAtom> getAssignedLabels() { Set<LabelAtom> r = Label.parse(getLabelString()); r.add(getSelfLabel()); r.addAll(getDynamicLabels()); return Collections.unmodifiableSet(r); }
/** * Returns the possibly empty set of labels that are assigned to this node, * including the automatic {@link #getSelfLabel() self label}, manually * assigned labels and dynamically assigned labels via the * {@link LabelFinder} extension point. * * This method has a side effect of updating the hudson-wide set of labels * and should be called after events that will change that - e.g. a slave * connecting. */ @Exported public Set<LabelAtom> getAssignedLabels() { Set<LabelAtom> r = Label.parse(getLabelString()); r.add(getSelfLabel()); r.addAll(getDynamicLabels()); return Collections.unmodifiableSet(r); }
/** * Returns the possibly empty set of labels that are assigned to this node, * including the automatic {@link #getSelfLabel() self label}, manually * assigned labels and dynamically assigned labels via the * {@link LabelFinder} extension point. * * This method has a side effect of updating the hudson-wide set of labels * and should be called after events that will change that - e.g. a slave * connecting. */ @Exported public Set<LabelAtom> getAssignedLabels() { Set<LabelAtom> r = Label.parse(getLabelString()); r.add(getSelfLabel()); r.addAll(getDynamicLabels()); return Collections.unmodifiableSet(r); }