/** * Calls accept on the all operands in the "in" node. */ @Override public boolean visit(InImpl node) { node.getOperand1().accept(this); for (StaticOperandImpl s : node.getOperand2()) { s.accept(this); } return true; }
/** * Calls accept on the all operands in the "in" node. */ @Override public boolean visit(InImpl node) { node.getOperand1().accept(this); for (StaticOperandImpl s : node.getOperand2()) { s.accept(this); } return true; }
/** * Calls accept on the all operands in the "in" node. */ @Override public boolean visit(InImpl node) { node.getOperand1().accept(this); for (StaticOperandImpl s : node.getOperand2()) { s.accept(this); } return true; }
in.put(o, values); values.addAll(((InImpl) simple).getOperand2()); iterator.remove(); changed = true;
in.put(o, values); values.addAll(((InImpl) simple).getOperand2()); iterator.remove(); changed = true;
in.put(o, values); values.addAll(((InImpl) simple).getOperand2()); iterator.remove(); changed = true;
if (operand == null || operand.equals(o)) { operand = o; values.addAll(in.getOperand2()); } else { multiPropertyOr = true; InImpl in = (InImpl) constraint; if (operand.equals(in.getOperand1())) { values.addAll(in.getOperand2()); found = true; break;
if (operand == null || operand.equals(o)) { operand = o; values.addAll(in.getOperand2()); } else { multiPropertyOr = true; InImpl in = (InImpl) constraint; if (operand.equals(in.getOperand1())) { values.addAll(in.getOperand2()); found = true; break;
if (operand == null || operand.equals(o)) { operand = o; values.addAll(in.getOperand2()); } else { multiPropertyOr = true; InImpl in = (InImpl) constraint; if (operand.equals(in.getOperand1())) { values.addAll(in.getOperand2()); found = true; break;