public void store() {
Test.deleteAllInstances(new Atom());
Test.deleteAllInstances(this);
CascadeToExistingVectorMember cev = new CascadeToExistingVectorMember();
cev.vec = new Vector();
Atom atom = new Atom("one");
Test.store(atom);
cev.vec.addElement(atom);
Test.store(cev);
}
public void test() {
Test.forEach(
new CascadeToExistingVectorMember(),
new Visitor4() {
public void visit(Object obj) {
CascadeToExistingVectorMember cev = (CascadeToExistingVectorMember) obj;
Atom atom = (Atom) cev.vec.elementAt(0);
atom.name = "two";
Test.store(cev);
atom.name = "three";
Test.store(cev);
}
});
Test.reOpen();
Test.forEach(
new CascadeToExistingVectorMember(),
new Visitor4() {
public void visit(Object obj) {
CascadeToExistingVectorMember cev = (CascadeToExistingVectorMember) obj;
Atom atom = (Atom) cev.vec.elementAt(0);
Test.ensure(atom.name.equals("three"));
Test.ensureOccurrences(atom, 1);
}
});
Test.forEach(
new CascadeToExistingVectorMember(),
new Visitor4() {
public void visit(Object obj) {
CascadeToExistingVectorMember cev = (CascadeToExistingVectorMember) obj;
Atom atom = (Atom) cev.vec.elementAt(0);
atom.name = "four";
Test.store(cev);
}
});
Test.reOpen();
Test.forEach(
new CascadeToExistingVectorMember(),
new Visitor4() {
public void visit(Object obj) {
CascadeToExistingVectorMember cev = (CascadeToExistingVectorMember) obj;
Atom atom = (Atom) cev.vec.elementAt(0);
Test.ensure(atom.name.equals("four"));
Test.ensureOccurrences(atom, 1);
}
});
}