@Test
public void shouldRunSameChecksInMultiPassAsInSingleSingleThreadedPass() throws Exception {
// given
StoreAccess store = fixture.directStoreAccess().nativeStores();
DiffRecordAccess access = FullCheck.recordAccess(store);
FullCheck singlePass =
new FullCheck(config(TaskExecutionOrder.SINGLE_THREADED), ProgressMonitorFactory.NONE);
FullCheck multiPass =
new FullCheck(config(TaskExecutionOrder.MULTI_PASS), ProgressMonitorFactory.NONE);
ConsistencySummaryStatistics multiPassSummary = new ConsistencySummaryStatistics();
ConsistencySummaryStatistics singlePassSummary = new ConsistencySummaryStatistics();
InconsistencyLogger logger = mock(InconsistencyLogger.class);
InvocationLog singlePassChecks = new InvocationLog();
InvocationLog multiPassChecks = new InvocationLog();
// when
singlePass.execute(
fixture.directStoreAccess(),
new LogDecorator(singlePassChecks),
access,
new InconsistencyReport(logger, singlePassSummary));
multiPass.execute(
fixture.directStoreAccess(),
new LogDecorator(multiPassChecks),
access,
new InconsistencyReport(logger, multiPassSummary));
// then
verifyZeroInteractions(logger);
assertEquals(
"Expected no inconsistencies in single pass.",
0,
singlePassSummary.getTotalInconsistencyCount());
assertEquals(
"Expected no inconsistencies in multiple passes.",
0,
multiPassSummary.getTotalInconsistencyCount());
assertSameChecks(singlePassChecks.data, multiPassChecks.data);
if (singlePassChecks.duplicates.size() != multiPassChecks.duplicates.size()) {
if (LOG_DUPLICATES) {
new Exception(
String.format(
"Duplicate checks with single pass: %s, duplicate checks with multiple passes: %s%n",
singlePassChecks.duplicates, multiPassChecks.duplicates));
}
}
}
protected void verify(DiffStore diffs, ConsistencySummaryStatistics summary)
throws InconsistentStoreException {
if (!summary.isConsistent()) {
throw new InconsistentStoreException(summary);
}
}