/**
* Adds all ports of given {@link LoopSide} of this component-holder to the current position of
* the {@link ListIterator}. The ports are placed, so that source and target ports of an edge
* are placed next to each other. The source port of an edge will be places before the target
* port of an edge.
*
* <p>FIXME: This method doesn't seem to be used anywhere. Remove?
*
* @param loopSide The components of this {@link LoopSide} will be added.
* @param itr The {@link ListIterator} to add the ports into.
*/
public void addInlineSourcesFirst(final LoopSide loopSide, final ListIterator<LPort> itr) {
final List<LPort> firstPart = Lists.newArrayList();
final List<LPort> secondPart = Lists.newArrayList();
final Iterator<ConnectedSelfLoopComponent> compItr =
LISTS_OF_COMPONENTS.get(loopSide).iterator();
while (compItr.hasNext()) {
ConnectedSelfLoopComponent component = compItr.next();
firstPart.addAll(0, component.getTargetLoopPorts());
firstPart.addAll(0, component.getSourceLoopPortsReversed());
if (compItr.hasNext()) {
component = compItr.next();
secondPart.addAll(component.getSourceLoopPortsReversed());
secondPart.addAll(component.getTargetLoopPorts());
}
}
setSideOfPorts(firstPart, loopSide.getSourceSide());
setSideOfPorts(secondPart, loopSide.getTargetSide());
for (final LPort port : firstPart) {
itr.add(port);
}
for (final LPort port : secondPart) {
itr.add(port);
}
}
/**
* Adds all target ports and than all source ports of the components of given {@link LoopSide}
* of this component-holder to the current position of the {@link ListIterator}. The source
* ports will be added in reversed order.
*
* @param loopSide The components of this {@link LoopSide} will be added.
* @param itr The {@link ListIterator} to add the ports into.
*/
public void addAllPorts(
final LoopSide loopSide, final ListIterator<LPort> itr, final boolean sourceFirst) {
final List<LPort> secondPart = Lists.newArrayList();
PortSide secondPartSide = null;
if (sourceFirst) {
for (final ConnectedSelfLoopComponent component : LISTS_OF_COMPONENTS.get(loopSide)) {
for (final LPort port : component.getSourceLoopPorts()) {
itr.add(port);
setSideOfPort(port, loopSide.getSourceSide());
}
secondPart.addAll(component.getTargetLoopPorts());
secondPartSide = loopSide.getTargetSide();
}
} else {
for (final ConnectedSelfLoopComponent component : LISTS_OF_COMPONENTS.get(loopSide)) {
for (final LPort port : component.getTargetLoopPorts()) {
itr.add(port);
setSideOfPort(port, loopSide.getTargetSide());
}
secondPart.addAll(component.getSourceLoopPorts());
secondPartSide = loopSide.getSourceSide();
}
}
Collections.reverse(secondPart);
setSideOfPorts(secondPart, secondPartSide);
for (final LPort port : secondPart) {
itr.add(port);
}
}
/**
* Adds all target ports of the components of given {@link LoopSide} of this component-holder to
* the current position of the {@link ListIterator}.
*
* @param loopSide The components of this {@link LoopSide} will be added.
* @param itr The {@link ListIterator} to add the ports into.
*/
public void addTargetPorts(final LoopSide loopSide, final ListIterator<LPort> itr) {
final PortSide portSide = loopSide.getTargetSide();
for (final ConnectedSelfLoopComponent component : LISTS_OF_COMPONENTS.get(loopSide)) {
for (final LPort port : component.getTargetLoopPorts()) {
itr.add(port);
setSideOfPort(port, portSide);
}
}
}