/** Test for {@link SimulinkBlockTypeAssessor}. */
public void test() throws Exception {
ISimulinkResource resource = readSimulinkElement();
executeProcessor(
SimulinkBlockTypeAssessor.class, "(input=(ref=", resource, "), prohibit=(type=Sum))");
ISimulinkElement modelElement = getModelElement(resource);
FindingsList findings = NodeUtils.getFindingsList(modelElement, SimulinkBlockTypeAssessor.KEY);
assertNotNull(findings);
assertEquals(4, findings.size());
}
/** Obtain findings for a specific tool and rule-id. */
private FindingCollection obtainFindings(String tool, String ruleIdentifier) {
FindingReport report = NodeUtils.getFindingReport(scope);
FindingCollection result = new FindingCollection();
for (FindingCategory category : report.getChildren()) {
if (!category.getName().equals(tool)) {
continue;
}
for (FindingGroup group : category.getChildren()) {
if (ruleIdentifier.equals(group.getValue(NodeConstants.RULE_IDENTIFIER_KEY))) {
List<Finding> findings = Arrays.asList(group.getChildren());
result.addAll(findings);
}
}
}
return result;
}
/** {@inheritDoc} */
@Override
protected void setUp(ITokenResource root) {
NodeUtils.addToDisplayList(root, writeKey);
}
/** {@inheritDoc} */
@Override
protected void setUp(IConQATNode root) {
NodeUtils.addToDisplayList(root, KEY);
}
/** {@inheritDoc} */
@Override
protected void setUp(ITokenResource root) throws ConQATException {
super.setUp(root);
findingReport = NodeUtils.getFindingReport(root);
}