public static void testVisitation(ExecutionGraph graph, int[] expectedAddresses) {
int[] addresses = graph.getAddresses();
List<Integer> visitedAddresses = new LinkedList<Integer>();
for (int address : addresses) {
if (graph.wasAddressReached(address)) {
visitedAddresses.add(address);
}
}
int[] actualAddresses = Ints.toArray(visitedAddresses);
Arrays.sort(expectedAddresses);
Arrays.sort(actualAddresses);
assertArrayEquals(expectedAddresses, actualAddresses);
}
private static void testClassState(
ExecutionGraph graph, Map<String, Map<String, HeapItem>> classNameToFieldDescriptorToItem) {
for (Entry<String, Map<String, HeapItem>> fieldDescriptorMapEntry :
classNameToFieldDescriptorToItem.entrySet()) {
String className = fieldDescriptorMapEntry.getKey();
VirtualClass virtualClass = graph.getVM().getClassManager().getVirtualClass(className);
Map<String, HeapItem> fieldDescriptorToItem = fieldDescriptorMapEntry.getValue();
for (Entry<String, HeapItem> entry : fieldDescriptorToItem.entrySet()) {
String fieldDescriptor = entry.getKey();
String fieldName = fieldDescriptor.split(":")[0];
VirtualField field = virtualClass.getField(fieldName);
HeapItem expected = entry.getValue();
HeapItem actual = graph.getTerminatingFieldConsensus(field);
testFieldEquals(expected, actual);
}
}
}
private static void testRegisterState(
ExecutionGraph graph, Map<Integer, HeapItem> registerToItem) {
for (Entry<Integer, HeapItem> entry : registerToItem.entrySet()) {
Integer register = entry.getKey();
HeapItem expected = entry.getValue();
HeapItem actual = graph.getTerminatingRegisterConsensus(register);
testRegisterEquals(expected, actual);
}
}