private void configureRGOReference(NonRootModelElement rgo, NonRootModelElement rto) {
TransactionManager manager = TransactionManager.getSingleton();
Transaction transaction = null;
String association = ElementMap.getAssociationFor(getMethodName().replaceAll("test", ""));
NonRootModelElement newRto =
getElement(getMethodName().replaceAll("test", ""), rto.getClass(), true);
try {
transaction =
manager.startTransaction("Adjust RGO", new Ooaofooa[] {Ooaofooa.getDefaultInstance()});
if (rgo instanceof ProvidedExecutableProperty_c) {
// need to reassign the provision
Interface_c iface = Interface_c.getOneC_IOnR4003((ExecutableProperty_c) newRto);
Provision_c provision = Provision_c.getOneC_POnR4501((ProvidedExecutableProperty_c) rgo);
provision.Unformalize(false);
provision.Formalize(iface.getId(), false);
this.rgo = ProvidedExecutableProperty_c.getOneSPR_PEPOnR4501(provision);
} else if (rgo instanceof RequiredExecutableProperty_c) {
// need to reassign the requirement
Interface_c iface = Interface_c.getOneC_IOnR4003((ExecutableProperty_c) newRto);
Requirement_c requirement =
Requirement_c.getOneC_ROnR4500((RequiredExecutableProperty_c) rgo);
requirement.Unformalize(false);
requirement.Formalize(iface.getId(), false);
// need to reset the RGO
this.rgo = RequiredExecutableProperty_c.getOneSPR_REPOnR4500(requirement);
} else {
Method getMethod = getAccessorMethod(rgo, rto);
NonRootModelElement existing =
(NonRootModelElement) getMethod.invoke(rto, new Object[] {rgo});
Method method = getUnrelateMethod(association, existing, rgo);
method.invoke(existing, new Object[] {rgo});
method = getRelateMethod(association, newRto, rgo);
method.invoke(newRto, new Object[] {rgo});
}
} catch (Exception e) {
fail(e.getMessage());
if (transaction != null) {
manager.cancelTransaction(transaction);
}
} finally {
if (transaction != null) {
manager.endTransaction(transaction);
rgoUpdateSuccessful = true;
}
}
BaseTest.dispatchEvents(0);
}
private Object[] getCuttableElements(NonRootModelElement rto) {
List<Object> elements = new ArrayList<Object>();
if (rto instanceof InterfaceReference_c) {
// need to include self and the parent component
elements.add(rto.getFirstParentComponent());
// and add the provision or requirement
Provision_c pro = Provision_c.getOneC_POnR4009((InterfaceReference_c) rto);
Requirement_c req = Requirement_c.getOneC_ROnR4009((InterfaceReference_c) rto);
if (pro != null) {
elements.add(pro);
} else {
elements.add(req);
}
}
if (rto instanceof Port_c) {
// need to include self and the parent component
elements.add(rto.getFirstParentComponent());
// and add the provision or requirement
Provision_c pro =
Provision_c.getOneC_POnR4009(InterfaceReference_c.getOneC_IROnR4016((Port_c) rto));
Requirement_c req =
Requirement_c.getOneC_ROnR4009(InterfaceReference_c.getOneC_IROnR4016((Port_c) rto));
if (pro != null) {
elements.add(pro);
} else {
elements.add(req);
}
} else if (rto instanceof ExecutableProperty_c) {
// need to cut the interface
Interface_c iface = Interface_c.getOneC_IOnR4003((ExecutableProperty_c) rto);
elements.add(iface);
} else {
elements.add(getSelectableElement(rto));
}
return elements.toArray();
}
private void populateInterfaceOperationInstances(
Component_c comp, String portName, boolean Required) {
Port_c[] ports = Port_c.getManyC_POsOnR4010(comp);
for (int i = 0; i < ports.length; ++i) {
if (ports[i].getName().equalsIgnoreCase(portName)) {
// BirdgePoint support only single interface reference for a
// port
// so select One interface reference only
InterfaceReference_c intRef = InterfaceReference_c.getOneC_IROnR4016(ports[i]);
Requirement_c req = Requirement_c.getOneC_ROnR4009(intRef);
Provision_c prov = Provision_c.getOneC_POnR4009(intRef);
String[] interfaceOperations;
if (req != null && Required) { // Required Interface
RequiredExecutableProperty_c[] REPs =
RequiredExecutableProperty_c.getManySPR_REPsOnR4500(req);
for (int j = 0; j < funcs.length; ++j) {
class ReqOperation_test1_c implements ClassQueryInterface_c {
ReqOperation_test1_c(String p) {
m_p = p;
}
private String m_p;
public boolean evaluate(Object inst) {
RequiredOperation_c selected = (RequiredOperation_c) inst;
return selected.getName().equals(m_p);
}
}
RequiredOperation_c testOpr =
RequiredOperation_c.getOneSPR_ROOnR4502(REPs, new ReqOperation_test1_c(funcs[j]));
if (testOpr != null) {
if (m_testReqOpr[j] == null) {
m_testReqOpr[j] = testOpr;
}
} else fail("Missing Interface Operation " + m_testReqOpr[j]); // $NON-NLS-1$
}
return;
} else if (prov != null && !Required) { // Provided Interface
ProvidedExecutableProperty_c[] PEPs =
ProvidedExecutableProperty_c.getManySPR_PEPsOnR4501(prov);
for (int j = 0; j < funcs.length; ++j) {
class ProvOperation_test1_c implements ClassQueryInterface_c {
ProvOperation_test1_c(String p) {
m_p = p;
}
private String m_p;
public boolean evaluate(Object inst) {
ProvidedOperation_c selected = (ProvidedOperation_c) inst;
return selected.getName().equals(m_p);
}
}
ProvidedOperation_c testOpr =
ProvidedOperation_c.getOneSPR_POOnR4503(PEPs, new ProvOperation_test1_c(funcs[j]));
if (testOpr != null) {
if (m_testProvOpr[j] == null) {
m_testProvOpr[j] = testOpr;
}
} else fail("Missing Interface Operation " + m_testReqOpr[j]); // $NON-NLS-1$
}
return;
} else {
fail(
"Port"
+ portName
+ "is defined as"
+ (Required ? "Provided" : "Required")
+ "interface."); //$NON-NLS-1$
}
}
}
fail("Can not find port " + portName); // $NON-NLS-1$
}
