use of org.iobserve.service.privacy.violation.transformation.analysisgraph.Edge in project iobserve-analysis by research-iobserve.
the class ModelProbeController method computeReceivedWarnings.
private Map<AllocationContext, Set<OperationSignature>> computeReceivedWarnings(final List<Edge> edges) {
final Map<AllocationContext, Set<OperationSignature>> receivedWarnings = new HashMap<>();
this.logger.debug("Compute received warnings {}", edges.size());
for (final Edge edge : edges) {
this.logger.debug("Compute received warnings for edge={}", edge.getName());
// multiple methods per allocation possible
final AllocationContext allocation = edge.getSource().getAllocationContext();
if (allocation != null) {
this.logger.debug("Compute received warnings for {} {}", allocation.getEntityName(), edge.getOperationSignature().getEntityName());
Set<OperationSignature> methodSignatures = receivedWarnings.get(allocation);
// if not present, add new entry
if (methodSignatures == null) {
methodSignatures = new HashSet<>();
}
if (edge.getOperationSignature() != null) {
methodSignatures.add(edge.getOperationSignature());
receivedWarnings.put(allocation, methodSignatures);
} else {
this.logger.debug("Received warning without operation signature");
}
} else {
this.logger.debug("Compute received warnings No ALLOCATION for the specified edge {}", edge.getName());
}
}
return receivedWarnings;
}
use of org.iobserve.service.privacy.violation.transformation.analysisgraph.Edge in project iobserve-analysis by research-iobserve.
the class DataProtectionWarner method checkGraph.
private WarningModel checkGraph(final PrivacyGraph graph) throws FileNotFoundException, InstantiationException, IllegalAccessException, ClassNotFoundException, IOException {
final WarningModel warnings = new WarningModel();
final PrivacyChecker privacyChecker = new PrivacyChecker(this.policyList, this.policyPackage);
final List<Edge> edges = privacyChecker.check(graph);
for (final Edge edge : edges) {
warnings.addMessage(edge.getPrint() + "");
warnings.addWarningEdge(edge);
}
warnings.setDate(new Date());
return warnings;
}
use of org.iobserve.service.privacy.violation.transformation.analysisgraph.Edge in project iobserve-analysis by research-iobserve.
the class NonAdaptiveModelProbeController method idenitifyProtectedOperations.
/**
* Identify the set of allocations which are mentioned by the warnings collect all operation
* signatures which are considered relevant for data protection.
*
* @param warningEdges
* the privacy analysis warnings model edges
* @return map of {@link AllocationContext}s and {@link OperationSignature}s relevant for data
* protection
*/
private Map<AllocationContext, Set<OperationSignature>> idenitifyProtectedOperations(final List<Edge> warningEdges) {
final Map<AllocationContext, Set<OperationSignature>> protectedOperationsPerAllocation = new HashMap<>();
if (warningEdges != null && warningEdges.isEmpty()) {
for (final Edge edge : warningEdges) {
// multiple methods per allocation possible
final AllocationContext allocation = edge.getSource().getAllocationContext();
Set<OperationSignature> operationSignatures = protectedOperationsPerAllocation.get(allocation);
// if not present, add new entry
if (operationSignatures == null) {
operationSignatures = new HashSet<>();
}
if (edge.getOperationSignature() != null) {
operationSignatures.add(edge.getOperationSignature());
protectedOperationsPerAllocation.put(allocation, operationSignatures);
} else {
this.logger.debug("Recevied warning without operation signature");
}
}
}
return protectedOperationsPerAllocation;
}
use of org.iobserve.service.privacy.violation.transformation.analysisgraph.Edge in project iobserve-analysis by research-iobserve.
the class ModelProbeControllerTest method testComputedMethodsToActivateAndToDeactivate.
@Test
public void testComputedMethodsToActivateAndToDeactivate() {
this.modelProbeController = new ModelProbeController();
final OperationSignature operationSignature1 = Mockito.mock(OperationSignature.class);
final OperationSignature operationSignature2 = Mockito.mock(OperationSignature.class);
final AllocationContext allocationContext1 = Mockito.mock(AllocationContext.class);
final AllocationContext allocationContext2 = Mockito.mock(AllocationContext.class);
final WarningModel warnings1 = new WarningModel();
final Edge edge1 = new Edge(new Vertex("test vertex 1", EStereoType.DATASOURCE), new Vertex("test vertex 2", EStereoType.DATASOURCE));
edge1.setOperationSignature(operationSignature1);
edge1.getSource().setAllocationContext(allocationContext1);
final Edge edge2 = new Edge(new Vertex("test vertex 3", EStereoType.DATASOURCE), new Vertex("test vertex 4", EStereoType.DATASOURCE));
edge2.setOperationSignature(operationSignature2);
edge2.getSource().setAllocationContext(allocationContext2);
warnings1.addWarningEdge(edge1);
warnings1.addWarningEdge(edge2);
final Map<AllocationContext, Set<OperationSignature>> methodsToActivate1 = new HashMap<>();
final Set<OperationSignature> methodsSet1 = new HashSet<>();
methodsSet1.add(operationSignature1);
methodsToActivate1.put(allocationContext1, methodsSet1);
final Set<OperationSignature> methodsSet2 = new HashSet<>();
methodsSet2.add(operationSignature2);
methodsToActivate1.put(allocationContext2, methodsSet2);
final ProbeManagementData expectedOutcome1 = new ProbeManagementData(methodsToActivate1, new HashMap<AllocationContext, Set<OperationSignature>>());
// deactivate 1, keep 1, add 1 to existing and add double set / allocation to output port
final OperationSignature operationSignature3 = Mockito.mock(OperationSignature.class);
final OperationSignature operationSignature4 = Mockito.mock(OperationSignature.class);
final OperationSignature operationSignature5 = Mockito.mock(OperationSignature.class);
final AllocationContext allocationContext3 = Mockito.mock(AllocationContext.class);
final Edge edge3 = new Edge(new Vertex("test vertex 5", EStereoType.DATASOURCE), new Vertex("test vertex 6", EStereoType.DATASOURCE));
edge3.setOperationSignature(operationSignature3);
edge3.getSource().setAllocationContext(allocationContext2);
final Edge edge4 = new Edge(new Vertex("test vertex 7", EStereoType.DATASOURCE), new Vertex("test vertex 8", EStereoType.DATASOURCE));
edge4.setOperationSignature(operationSignature4);
edge4.getSource().setAllocationContext(allocationContext3);
final Edge edge5 = new Edge(new Vertex("test vertex 9", EStereoType.DATASOURCE), new Vertex("test vertex 10", EStereoType.DATASOURCE));
edge5.setOperationSignature(operationSignature5);
edge5.getSource().setAllocationContext(allocationContext3);
final WarningModel warnings2 = new WarningModel();
warnings2.addWarningEdge(edge2);
warnings2.addWarningEdge(edge3);
warnings2.addWarningEdge(edge4);
warnings2.addWarningEdge(edge5);
final Map<AllocationContext, Set<OperationSignature>> methodsToActivate2 = new HashMap<>();
final Set<OperationSignature> methodsSet3 = new HashSet<>();
methodsSet3.add(operationSignature3);
methodsToActivate2.put(allocationContext2, methodsSet3);
final Set<OperationSignature> methodsSet4 = new HashSet<>();
methodsSet4.add(operationSignature4);
methodsSet4.add(operationSignature5);
methodsToActivate2.put(allocationContext3, methodsSet4);
final Map<AllocationContext, Set<OperationSignature>> methodsToDeactivate2 = new HashMap<>();
methodsToDeactivate2.put(allocationContext1, methodsSet1);
final ProbeManagementData expectedOutcome2 = new ProbeManagementData(methodsToActivate2, methodsToDeactivate2);
final List<WarningModel> input = new LinkedList<>();
input.add(warnings1);
input.add(warnings2);
final List<ProbeManagementData> output = new LinkedList<>();
StageTester.test(this.modelProbeController).and().send(input).to(this.modelProbeController.getInputPort()).receive(output).from(this.modelProbeController.getOutputPort()).start();
Assert.assertTrue(output.get(0).getMethodsToActivate().equals(expectedOutcome1.getMethodsToActivate()));
Assert.assertTrue(output.get(0).getMethodsToDeactivate().equals(expectedOutcome1.getMethodsToDeactivate()));
Assert.assertTrue(output.get(1).getMethodsToActivate().equals(expectedOutcome2.getMethodsToActivate()));
Assert.assertTrue(output.get(1).getMethodsToDeactivate().equals(expectedOutcome2.getMethodsToDeactivate()));
}
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