private Part buildNewMultiMultiPart(OredParts lp, OredParts rp) {
ArrayList<Part> newParts = new ArrayList<Part>();
for (Part lpc : lp.getParts()) {
for (Part rpc : rp.getParts()) {
newParts.add(combineParts(lpc.copy(), rpc.copy()));
}
}
FunctionCall orcall =
new FunctionCall(
FunctionName.makeOr(), Functional.apply(newParts, Part.castToExpression));
OredParts op = parent.buildOredParts(orcall, newParts);
if (op.isComplete()) setComplete(op);
return op;
}
private Part buildNewPartCollection(OredParts lp, Part rp) {
// rp could be simple or complex, lp has either simple or complex elements.
// the strategy here is to build a new complex part for each item in the collection, and
// return a new collection.
ArrayList<Part> newParts = new ArrayList<Part>();
for (Part sp : lp.getParts()) {
newParts.add(buildNewComplexPart(sp, rp.copy()));
}
FunctionCall orcall =
new FunctionCall(
FunctionName.makeOr(), Functional.apply(newParts, Part.castToExpression));
OredParts op = parent.buildOredParts(orcall, newParts);
if (op.isComplete()) setComplete(op);
return op;
}
@Override
public Part copy() {
List<Part> newparts = new ArrayList<Part>();
for (Part p : parts) newparts.add(p.copy());
FunctionCall newp =
new FunctionCall(
FunctionName.makeAnd(),
Functional.apply(
newparts,
new UnaryFunction<ExpressionNode, Part>() {
@Override
public ExpressionNode evaluate(Part object) {
return (ExpressionNode) object.getParent();
}
}));
return new AndedParts(newp, getTableKey(), newparts, complete);
}