// returns location from first oplan w/ info on that time.
public GeolocLocation getGeoLoc(long time) {
Enumeration oplans = getOPlans().elements();
ClusterOPlan oplan;
GeolocLocation geo;
while (oplans.hasMoreElements()) {
oplan = (ClusterOPlan) oplans.nextElement();
geo = oplan.getGeoLoc(time);
if (geo != null) return geo;
}
return null;
}
// Each ClusterOPlan updates its own OrgActivities if needed
private boolean updateOrgActivities() {
Iterator en = ClusterOPlans_.values().iterator();
boolean update = false;
while (en.hasNext()) {
ClusterOPlan coplan = (ClusterOPlan) en.next();
IncrementalSubscription s =
(IncrementalSubscription) orgActivitySubscriptionOfOPlanUID.get(coplan.getOplanUID());
update = update || coplan.updateOrgActivities(s);
}
return update;
}
public ClusterOPlan getOperativeOPlan(long time, ContextOfUIDs context) {
// GLMDebug.DEBUG(this.getClass().getName(), clusterId_,"getOperativeOPlan- context is: " +
// context);
for (int i = 0, n = context.size(); i < n; i++) {
ClusterOPlan oplan = findOPlan(context.get(i));
if (oplan != null) {
if ((oplan.getStartTime() <= time) && (oplan.getEndTime() > time)) {
return oplan;
}
}
}
return null;
}
private void getClusterOPlans() {
Collection c =
query(
new UnaryPredicate() {
public boolean execute(Object o) {
return o instanceof ClusterOPlan;
}
});
for (Iterator i = c.iterator(); i.hasNext(); ) {
ClusterOPlan coplan = (ClusterOPlan) i.next();
ClusterOPlans_.put(coplan.getOplanUID(), coplan);
// ClusterOPlans_.put(oplanUID, coplan);
UID oplanUID = coplan.getOplanUID();
IncrementalSubscription oplanActivities =
(IncrementalSubscription) orgActivitySubscriptionOfOPlanUID.get(oplanUID);
if (oplanActivities == null) {
oplanActivities =
(IncrementalSubscription) subscribe(new OplanOrgActivitiesPredicate(oplanUID));
monitorPluginSubscription(oplanActivities);
orgActivitySubscriptionOfOPlanUID.put(oplanUID, oplanActivities);
}
}
}
