/* (non-Javadoc)
* @see org.xmlrobot.hyperspace.Recurrence#mass(org.xmlrobot.genesis.MassListener, org.xmlrobot.horizon.Tachyon)
*/
@Override
public void mass(MassListener sender, Tachyon<?, ?> event) {
super.mass(sender, event);
switch (event.getCommand()) {
case GENESIS:
if (event.getSource() instanceof Columbia) {
// cast child
Columbia entity = (Columbia) event.getSource();
// push supercluster into hyperspace
put(entity, (Fornax) entity.get());
}
break;
case ORDER:
if (event.getSource() instanceof Cluster) {
// declare stem
Mass<Fornax, Columbia> future;
// cast source
Cluster pair = (Cluster) event.getSource();
// check if empty and chained
if ((future = get()) != null
? !future.isEmpty() ? !future.contains(pair) : true
: false) {
// release child
future.order(pair);
}
}
break;
case SEND:
if (event.getSource() instanceof Cluster) {
// get antimatter
Mass<Fornax, Columbia> future;
// cast source
Cluster pair = (Cluster) event.getSource();
// check if empty and chained
if ((future = get()) != null
? !future.isEmpty() ? !future.contains(pair) : true
: false) {
// submit child to the inheritance cycle
future.add(pair);
}
}
break;
case PUSH:
if (event.getSource() instanceof Columbia) {
// check emptiness
if (!isEmpty()) {
// cast source
Columbia key = (Columbia) event.getSource();
// send pulse to child's value
getValue().pulse(this, new Expansion(key));
}
} else if (event.getSource() instanceof Cluster) {
// call child
if (!isEmpty()) {
// cast source
Cluster pair = (Cluster) event.getSource();
// emit mass to the future
getChild().pulse(this, new Dilatation(pair));
}
}
break;
case RELEASE:
if (event.getSource() instanceof Cluster) {
// declare stem
Mass<Fornax, Columbia> future;
// cast source
Cluster pair = (Cluster) event.getSource();
// check if empty and chained
if ((future = get()) != null
? !future.isEmpty() ? future.contains(pair) : false
: false) {
// release child
future.remove(pair);
}
}
break;
case SUBMIT:
if (event.getSource() instanceof Cluster) {
// declare stem
Mass<Fornax, Columbia> future;
// cast source
Cluster pair = (Cluster) event.getSource();
// check if empty and chained
if ((future = get()) != null
? !future.isEmpty() ? !future.contains(pair) : true
: false) {
// push child
future.submit(pair);
}
}
break;
case TRANSFER:
if (event.getSource() instanceof Capricornus) {
// cast source
Capricornus pair = (Capricornus) event.getSource();
// make pair free
pair.remove();
} else if (event.getSource() instanceof Cluster) {
// the funeral of cluster
event.stop(getContext());
}
break;
default:
break;
}
}
/* (non-Javadoc)
* @see org.xmlrobot.hyperspace.Recurrence#mass(org.xmlrobot.genesis.MassListener, org.xmlrobot.horizon.Tachyon)
*/
@Override
public void mass(MassListener sender, Tachyon<?, ?> event) {
super.mass(sender, event);
switch (event.getCommand()) {
case GENESIS:
if (event.getSource() instanceof Ecosystem) {
// cast source
Ecosystem entity = (Ecosystem) event.getSource();
// create key-value pair
put(entity, (Biosphere) entity.get());
}
break;
case ORDER:
if (event.getSource() instanceof Earth) {
// declare stem
Mass<Biosphere, Ecosystem> future;
// cast source
Earth pair = (Earth) event.getSource();
// check if empty and chained
if ((future = get()) != null
? !future.isEmpty() ? !future.contains(pair) : true
: false) {
// release child
future.order(pair);
}
}
break;
case SEND:
if (event.getSource() instanceof Earth) {
// get matter
Mass<Biosphere, Ecosystem> future;
// cast source
Earth pair = (Earth) event.getSource();
// check if empty and chained
if ((future = get()) != null
? !future.isEmpty() ? !future.contains(pair) : true
: false) {
// submit child to the inheritance cycle
future.add(pair);
}
}
break;
case PUSH:
if (event.getSource() instanceof Ecosystem) {
// check emptiness
if (!isEmpty()) {
// cast source
Ecosystem key = (Ecosystem) event.getSource();
// send pulse to child's value
getValue().pulse(this, new Homogenization(key));
}
} else if (event.getSource() instanceof Earth) {
// check emptiness
if (!isEmpty()) {
// cast source
Earth earth = (Earth) event.getSource();
// send him a little asteroid
getChild().pulse(this, new Impact(earth));
}
}
break;
case RELEASE:
if (event.getSource() instanceof Earth) {
// declare stem
Mass<Biosphere, Ecosystem> future;
// cast source
Earth pair = (Earth) event.getSource();
// check if empty and chained
if ((future = get()) != null
? !future.isEmpty() ? future.contains(pair) : false
: false) {
// release child
future.remove(pair);
}
}
break;
case SUBMIT:
if (event.getSource() instanceof Earth) {
// declare stem
Mass<Biosphere, Ecosystem> future;
// cast source
Earth pair = (Earth) event.getSource();
// check if empty and chained
if ((future = get()) != null
? !future.isEmpty() ? !future.contains(pair) : true
: false) {
// push child
future.submit(pair);
}
}
break;
case TRANSFER:
if (event.getSource() instanceof Being) {
// cast source
Being pair = (Being) event.getSource();
// free from inheritance
pair.remove();
} else if (event.getSource() instanceof Earth) {
// the funeral
event.stop(getContext());
}
break;
default:
break;
}
}