expectedBindings: []*BindingInfo{makeBinding(unboundPVC, pvNode1a), makeBinding(unboundPVC2, pvNode1b)},
		},
		"two-unbound-pvcs,order-by-size": {
			podPVCs:          []*v1.PersistentVolumeClaim{unboundPVC2, unboundPVC},
			pvs:              []*v1.PersistentVolume{pvNode1a, pvNode1b},
			expectedBindings: []*BindingInfo{makeBinding(unboundPVC, pvNode1a), makeBinding(unboundPVC2, pvNode1b)},
		},

	return nil
}

func (fb *FakeBinding) GetName() string {
	return fb.Name
}

func (fb *FakeBinding) GetNamespace() string {
	return fb.Namespace
}

func (fb *FakeBinding) GetPolicyName() types.NamespacedName {
	return types.NamespacedName{
		Name: fb.PolicyName,
	}
}

func (fb *FakeBinding) GetMatchResources() *v1.MatchResources {
	return nil
}

            ModuleResolveState module = targetComponent.getModule();
            if (module.isPending()) {
                selector.getTargetModule().removeUnattachedDependency(this);
                from.makePending(this);
                module.registerConstraintProvider(from);
                return;
            }
        }

        calculateTargetConfigurations(targetComponent);

		Group:    "policy.example.com",
		Version:  "v1",
		Resource: "fakebindings",
	}
	fakePolicyGVK := fakePolicyGVR.GroupVersion().WithKind("FakePolicy")
	fakeBindingGVK := fakeBindingGVR.GroupVersion().WithKind("FakeBinding")

	policySourceTestScheme, err := func() (*runtime.Scheme, error) {
		scheme := runtime.NewScheme()

		if err := fake.AddToScheme(scheme); err != nil {
			return nil, err
		}

    boolean isSelectedByVariantAwareResolution() {
        // the order is strange logically but here for performance optimization
        return selectedByVariantAwareResolution && isSelected();
    }

    void makePending(EdgeState edgeState) {
        if (!removingOutgoingEdges) {
            // We can ignore if we are already removing edges anyway
            outgoingEdges.remove(edgeState);
            edgeState.markUnused();