Examples with Assert.assertEquals org.junit.Assert.assertEquals used on opensource projects

Example 51 with Assert.assertEquals

use of org.junit.Assert.assertEquals in project pravega by pravega.

the class StreamSegmentContainerTests method testBasicConditionalMergeScenarios.

/**
 * Test in detail the basic situations that a conditional segment merge can face.
 */
@Test
public void testBasicConditionalMergeScenarios() throws Exception {
    @Cleanup TestContext context = createContext();
    context.container.startAsync().awaitRunning();
    final String parentSegment = "parentSegment";
    // This will be the attribute update to execute against the parent segment.
    Function<String, AttributeUpdateCollection> attributeUpdateForTxn = txnName -> AttributeUpdateCollection.from(new AttributeUpdate(AttributeId.fromUUID(UUID.nameUUIDFromBytes(txnName.getBytes())), AttributeUpdateType.ReplaceIfEquals, txnName.hashCode() + 1, txnName.hashCode()));
    Function<String, Long> getAttributeValue = txnName -> {
        AttributeId attributeId = AttributeId.fromUUID(UUID.nameUUIDFromBytes(txnName.getBytes()));
        return context.container.getAttributes(parentSegment, Collections.singletonList(attributeId), true, TIMEOUT).join().get(attributeId);
    };
    // Create a parent Segment.
    context.container.createStreamSegment(parentSegment, getSegmentType(parentSegment), null, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    SegmentType segmentType = getSegmentType(parentSegment);
    // Case 1: Create and empty transaction that fails to merge conditionally due to bad attributes.
    String txnName = NameUtils.getTransactionNameFromId(parentSegment, UUID.randomUUID());
    AttributeId txnAttributeId = AttributeId.fromUUID(UUID.nameUUIDFromBytes(txnName.getBytes()));
    context.container.createStreamSegment(txnName, segmentType, null, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    AttributeUpdateCollection attributeUpdates = attributeUpdateForTxn.apply(txnName);
    AssertExtensions.assertFutureThrows("Transaction was expected to fail on attribute update", context.container.mergeStreamSegment(parentSegment, txnName, attributeUpdates, TIMEOUT), ex -> ex instanceof BadAttributeUpdateException);
    Assert.assertEquals(Attributes.NULL_ATTRIBUTE_VALUE, (long) getAttributeValue.apply(txnName));
    // Case 2: Now, we prepare the attributes in the parent segment so the merge of the empty transaction succeeds.
    context.container.updateAttributes(parentSegment, AttributeUpdateCollection.from(new AttributeUpdate(txnAttributeId, AttributeUpdateType.Replace, txnName.hashCode())), TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    // As the source segment is empty, the amount of merged data should be 0.
    Assert.assertEquals(0L, context.container.mergeStreamSegment(parentSegment, txnName, attributeUpdates, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS).getMergedDataLength());
    // But the attribute related to that transaction merge on the parent segment should have been updated.
    Assert.assertEquals(txnName.hashCode() + 1L, (long) context.container.getAttributes(parentSegment, Collections.singletonList(txnAttributeId), true, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS).get(txnAttributeId));
    // Case 3: Create a non-empty transaction that should fail due to a conditional attribute update failure.
    txnName = NameUtils.getTransactionNameFromId(parentSegment, UUID.randomUUID());
    txnAttributeId = AttributeId.fromUUID(UUID.nameUUIDFromBytes(txnName.getBytes()));
    attributeUpdates = attributeUpdateForTxn.apply(txnName);
    context.container.createStreamSegment(txnName, segmentType, null, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    // Add some appends to the transaction.
    RefCountByteArraySegment appendData = getAppendData(txnName, 1);
    context.container.append(txnName, appendData, null, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    // Attempt the conditional merge.
    AssertExtensions.assertFutureThrows("Transaction was expected to fail on attribute update", context.container.mergeStreamSegment(parentSegment, txnName, attributeUpdates, TIMEOUT), ex -> ex instanceof BadAttributeUpdateException);
    Assert.assertEquals(Attributes.NULL_ATTRIBUTE_VALUE, (long) getAttributeValue.apply(txnName));
    // Case 4: Now, we prepare the attributes in the parent segment so the merge of the non-empty transaction succeeds.
    context.container.updateAttributes(parentSegment, AttributeUpdateCollection.from(new AttributeUpdate(txnAttributeId, AttributeUpdateType.Replace, txnName.hashCode())), TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    // As the source segment is non-empty, the amount of merged data should be greater than 0.
    Assert.assertTrue(context.container.mergeStreamSegment(parentSegment, txnName, attributeUpdates, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS).getMergedDataLength() > 0);
    // The attribute related to that transaction merge on the parent segment should have been updated as well.
    Assert.assertEquals(txnName.hashCode() + 1L, (long) context.container.getAttributes(parentSegment, Collections.singletonList(txnAttributeId), true, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS).get(txnAttributeId));
    context.container.stopAsync().awaitTerminated();
}

Example 52 with Assert.assertEquals

use of org.junit.Assert.assertEquals in project pravega by pravega.

the class StreamSegmentContainerTests method testForceFlush.

/**
 * Tests the {@link SegmentContainer#flushToStorage} method.
 */
@Test
public void testForceFlush() throws Exception {
    final AttributeId attributeReplace = AttributeId.randomUUID();
    final long expectedAttributeValue = APPENDS_PER_SEGMENT + ATTRIBUTE_UPDATES_PER_SEGMENT;
    final int entriesPerSegment = 10;
    @Cleanup TestContext context = new TestContext(DEFAULT_CONFIG, NO_TRUNCATIONS_DURABLE_LOG_CONFIG, INFREQUENT_FLUSH_WRITER_CONFIG, null);
    val durableLog = new AtomicReference<OperationLog>();
    val durableLogFactory = new WatchableOperationLogFactory(context.operationLogFactory, durableLog::set);
    @Cleanup val container = new StreamSegmentContainer(CONTAINER_ID, DEFAULT_CONFIG, durableLogFactory, context.readIndexFactory, context.attributeIndexFactory, context.writerFactory, context.storageFactory, context.getDefaultExtensions(), executorService());
    container.startAsync().awaitRunning();
    Assert.assertNotNull(durableLog.get());
    val tableStore = container.getExtension(ContainerTableExtension.class);
    // 1. Create the StreamSegments and Table Segments.
    ArrayList<String> segmentNames = new ArrayList<>();
    ArrayList<String> tableSegmentNames = new ArrayList<>();
    ArrayList<CompletableFuture<Void>> opFutures = new ArrayList<>();
    for (int i = 0; i < SEGMENT_COUNT; i++) {
        String segmentName = getSegmentName(i);
        segmentNames.add(segmentName);
        opFutures.add(container.createStreamSegment(segmentName, getSegmentType(segmentName), null, TIMEOUT));
    }
    for (int i = 0; i < SEGMENT_COUNT; i++) {
        String segmentName = getSegmentName(i) + "_Table";
        tableSegmentNames.add(segmentName);
        val type = SegmentType.builder(getSegmentType(segmentName)).tableSegment().build();
        opFutures.add(tableStore.createSegment(segmentName, type, TIMEOUT));
    }
    // 1.1 Wait for all segments to be created prior to using them.
    Futures.allOf(opFutures).join();
    opFutures.clear();
    // 2. Add some appends and update some of the attributes.
    HashMap<String, Long> lengths = new HashMap<>();
    HashMap<String, ByteArrayOutputStream> segmentContents = new HashMap<>();
    for (String segmentName : segmentNames) {
        for (int i = 0; i < APPENDS_PER_SEGMENT; i++) {
            val attributeUpdates = AttributeUpdateCollection.from(new AttributeUpdate(attributeReplace, AttributeUpdateType.Replace, i + 1));
            val appendData = getAppendData(segmentName, i);
            long expectedLength = lengths.getOrDefault(segmentName, 0L) + appendData.getLength();
            val append = (i % 2 == 0) ? container.append(segmentName, appendData, attributeUpdates, TIMEOUT) : container.append(segmentName, lengths.get(segmentName), appendData, attributeUpdates, TIMEOUT);
            opFutures.add(Futures.toVoid(append));
            lengths.put(segmentName, expectedLength);
            recordAppend(segmentName, appendData, segmentContents, null);
        }
        for (int i = 0; i < ATTRIBUTE_UPDATES_PER_SEGMENT; i++) {
            val attributeUpdates = AttributeUpdateCollection.from(new AttributeUpdate(attributeReplace, AttributeUpdateType.Replace, APPENDS_PER_SEGMENT + i + 1));
            opFutures.add(container.updateAttributes(segmentName, attributeUpdates, TIMEOUT));
        }
    }
    // 2.2 Add some entries to the table segments.
    final BiFunction<String, Integer, TableEntry> createTableEntry = (segmentName, entryId) -> TableEntry.unversioned(new ByteArraySegment(String.format("Key_%s_%s", segmentName, entryId).getBytes()), new ByteArraySegment(String.format("Value_%s_%s", segmentName, entryId).getBytes()));
    for (String segmentName : tableSegmentNames) {
        for (int i = 0; i < entriesPerSegment; i++) {
            opFutures.add(Futures.toVoid(tableStore.put(segmentName, Collections.singletonList(createTableEntry.apply(segmentName, i)), TIMEOUT)));
        }
    }
    Futures.allOf(opFutures).join();
    // 3. Instead of waiting for the Writer to move data to Storage, we invoke the flushToStorage to verify that all
    // operations have been applied to Storage.
    val forceFlush = container.flushToStorage(TIMEOUT);
    forceFlush.get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    checkStorage(segmentContents, lengths, container, context.storage);
    // 4. Truncate all the data in the DurableLog and immediately shut down the container.
    val truncateSeqNo = container.metadata.getClosestValidTruncationPoint(container.metadata.getOperationSequenceNumber());
    durableLog.get().truncate(truncateSeqNo, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    container.close();
    // 5. Create a new container instance (from the nearly empty DurableLog) and with an empty cache.
    @Cleanup val container2 = new StreamSegmentContainer(CONTAINER_ID, DEFAULT_CONFIG, durableLogFactory, context.readIndexFactory, context.attributeIndexFactory, context.writerFactory, context.storageFactory, context.getDefaultExtensions(), executorService());
    container2.startAsync().awaitRunning();
    // 5.1 Verify Segment Data.
    for (val sc : segmentContents.entrySet()) {
        // Contents.
        byte[] expectedData = sc.getValue().toByteArray();
        byte[] actualData = new byte[expectedData.length];
        container2.read(sc.getKey(), 0, actualData.length, TIMEOUT).join().readRemaining(actualData, TIMEOUT);
        Assert.assertArrayEquals("Unexpected contents for " + sc.getKey(), expectedData, actualData);
        // Length.
        val si = container2.getStreamSegmentInfo(sc.getKey(), TIMEOUT).join();
        Assert.assertEquals("Unexpected length for " + sc.getKey(), expectedData.length, si.getLength());
        // Attributes.
        val attributes = container2.getAttributes(sc.getKey(), Collections.singleton(attributeReplace), false, TIMEOUT).join();
        Assert.assertEquals("Unexpected attribute for " + sc.getKey(), expectedAttributeValue, (long) attributes.get(attributeReplace));
    }
    // 5.2 Verify table segment data.
    val tableStore2 = container2.getExtension(ContainerTableExtension.class);
    for (String segmentName : tableSegmentNames) {
        for (int i = 0; i < entriesPerSegment; i++) {
            val expected = createTableEntry.apply(segmentName, i);
            val actual = tableStore2.get(segmentName, Collections.singletonList(expected.getKey().getKey()), TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS).get(0);
            Assert.assertTrue("Unexpected Table Entry for " + segmentName + " at position " + i, expected.getKey().getKey().equals(actual.getKey().getKey()) && expected.getValue().equals(actual.getValue()));
        }
    }
// Ending Note: if all the above tests passed, we have implicitly validated that the Container Metadata Segment has also
// been properly flushed.
}

Example 53 with Assert.assertEquals

use of org.junit.Assert.assertEquals in project pravega by pravega.

the class StreamSegmentContainerTests method testExtendedAttributesConditionalUpdates.

/**
 * Test conditional updates for Extended Attributes when they are not loaded in memory (i.e., they will need to be
 * auto-fetched from the AttributeIndex so that the operation may succeed).
 */
@Test
public void testExtendedAttributesConditionalUpdates() throws Exception {
    final AttributeId ea1 = AttributeId.uuid(0, 1);
    final AttributeId ea2 = AttributeId.uuid(0, 2);
    final List<AttributeId> allAttributes = Stream.of(ea1, ea2).collect(Collectors.toList());
    // We set a longer Segment Expiration time, since this test executes more operations than the others.
    final TestContainerConfig containerConfig = new TestContainerConfig();
    containerConfig.setSegmentMetadataExpiration(Duration.ofMillis(EVICTION_SEGMENT_EXPIRATION_MILLIS_LONG));
    AtomicInteger expectedAttributeValue = new AtomicInteger(0);
    @Cleanup TestContext context = createContext();
    OperationLogFactory localDurableLogFactory = new DurableLogFactory(FREQUENT_TRUNCATIONS_DURABLE_LOG_CONFIG, context.dataLogFactory, executorService());
    @Cleanup MetadataCleanupContainer localContainer = new MetadataCleanupContainer(CONTAINER_ID, containerConfig, localDurableLogFactory, context.readIndexFactory, context.attributeIndexFactory, context.writerFactory, context.storageFactory, context.getDefaultExtensions(), executorService());
    localContainer.startAsync().awaitRunning();
    // 1. Create the StreamSegments and set the initial attribute values.
    ArrayList<String> segmentNames = createSegments(localContainer);
    ArrayList<CompletableFuture<Void>> opFutures = new ArrayList<>();
    // 2. Update some of the attributes.
    expectedAttributeValue.set(1);
    for (String segmentName : segmentNames) {
        AttributeUpdateCollection attributeUpdates = allAttributes.stream().map(attributeId -> new AttributeUpdate(attributeId, AttributeUpdateType.Accumulate, 1)).collect(Collectors.toCollection(AttributeUpdateCollection::new));
        opFutures.add(localContainer.updateAttributes(segmentName, attributeUpdates, TIMEOUT));
    }
    Futures.allOf(opFutures).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    // 3. Force these segments out of memory, so that we may verify conditional appends/updates on extended attributes.
    localContainer.triggerMetadataCleanup(segmentNames).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    // 4. Execute various conditional operations using these attributes as comparison.
    long compare = expectedAttributeValue.getAndIncrement();
    long set = expectedAttributeValue.get();
    boolean badUpdate = false;
    for (String segmentName : segmentNames) {
        if (badUpdate) {
            // For every other segment, try to do a bad update, then a good one. This helps us verify both direct
            // conditional operations, failed conditional operations and conditional operations with cached attributes.
            AssertExtensions.assertSuppliedFutureThrows("Conditional append succeeded with incorrect compare value.", () -> localContainer.append(segmentName, getAppendData(segmentName, 0), AttributeUpdateCollection.from(new AttributeUpdate(ea1, AttributeUpdateType.ReplaceIfEquals, set, compare - 1)), TIMEOUT), ex -> (ex instanceof BadAttributeUpdateException) && !((BadAttributeUpdateException) ex).isPreviousValueMissing());
            AssertExtensions.assertSuppliedFutureThrows("Conditional update-attributes succeeded with incorrect compare value.", () -> localContainer.updateAttributes(segmentName, AttributeUpdateCollection.from(new AttributeUpdate(ea2, AttributeUpdateType.ReplaceIfEquals, set, compare - 1)), TIMEOUT), ex -> (ex instanceof BadAttributeUpdateException) && !((BadAttributeUpdateException) ex).isPreviousValueMissing());
        }
        opFutures.add(Futures.toVoid(localContainer.append(segmentName, getAppendData(segmentName, 0), AttributeUpdateCollection.from(new AttributeUpdate(ea1, AttributeUpdateType.ReplaceIfEquals, set, compare)), TIMEOUT)));
        opFutures.add(localContainer.updateAttributes(segmentName, AttributeUpdateCollection.from(new AttributeUpdate(ea2, AttributeUpdateType.ReplaceIfEquals, set, compare)), TIMEOUT));
        badUpdate = !badUpdate;
    }
    Futures.allOf(opFutures).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    // 4. Evict the segment from memory, then verify results.
    localContainer.triggerMetadataCleanup(segmentNames).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    for (String segmentName : segmentNames) {
        // Verify all attribute values.
        val attributeValues = localContainer.getAttributes(segmentName, allAttributes, true, TIMEOUT).join();
        val sp = localContainer.getStreamSegmentInfo(segmentName, TIMEOUT).join();
        for (val attributeId : allAttributes) {
            Assert.assertEquals("Unexpected value for non-cached attribute " + attributeId + " for segment " + segmentName, expectedAttributeValue.get(), (long) attributeValues.getOrDefault(attributeId, Attributes.NULL_ATTRIBUTE_VALUE));
            Assert.assertEquals("Unexpected value for metadata attribute " + attributeId + " for segment " + segmentName, expectedAttributeValue.get(), (long) sp.getAttributes().getOrDefault(attributeId, Attributes.NULL_ATTRIBUTE_VALUE));
        }
    }
    localContainer.stopAsync().awaitTerminated();
}

Example 54 with Assert.assertEquals

use of org.junit.Assert.assertEquals in project pravega by pravega.

the class StreamSegmentContainerTests method testAttributes.

/**
 * Tests the ability to set attributes (via append() or updateAttributes()), then fetch them back using getAttributes(),
 * emphasizing on Extended Attributes that are dumped into Storage and cleared from memory.
 */
@Test
public void testAttributes() throws Exception {
    final AttributeId coreAttribute = Attributes.EVENT_COUNT;
    final int variableAttributeIdLength = 4;
    final List<AttributeId> extendedAttributesUUID = Arrays.asList(AttributeId.randomUUID(), AttributeId.randomUUID());
    final List<AttributeId> extendedAttributesVariable = Arrays.asList(AttributeId.random(variableAttributeIdLength), AttributeId.random(variableAttributeIdLength));
    final List<AttributeId> allAttributesWithUUID = Stream.concat(extendedAttributesUUID.stream(), Stream.of(coreAttribute)).collect(Collectors.toList());
    final List<AttributeId> allAttributesWithVariable = Stream.concat(extendedAttributesVariable.stream(), Stream.of(coreAttribute)).collect(Collectors.toList());
    final AttributeId segmentLengthAttributeUUID = AttributeId.randomUUID();
    final AttributeId segmentLengthAttributeVariable = AttributeId.random(variableAttributeIdLength);
    final long expectedAttributeValue = APPENDS_PER_SEGMENT + ATTRIBUTE_UPDATES_PER_SEGMENT;
    final TestContainerConfig containerConfig = new TestContainerConfig();
    containerConfig.setSegmentMetadataExpiration(Duration.ofMillis(EVICTION_SEGMENT_EXPIRATION_MILLIS_SHORT));
    containerConfig.setMaxCachedExtendedAttributeCount(SEGMENT_COUNT * allAttributesWithUUID.size());
    @Cleanup TestContext context = createContext();
    OperationLogFactory localDurableLogFactory = new DurableLogFactory(FREQUENT_TRUNCATIONS_DURABLE_LOG_CONFIG, context.dataLogFactory, executorService());
    @Cleanup MetadataCleanupContainer localContainer = new MetadataCleanupContainer(CONTAINER_ID, containerConfig, localDurableLogFactory, context.readIndexFactory, context.attributeIndexFactory, context.writerFactory, context.storageFactory, context.getDefaultExtensions(), executorService());
    localContainer.startAsync().awaitRunning();
    // 1. Create the StreamSegments.
    val segmentNames = IntStream.range(0, SEGMENT_COUNT).boxed().collect(Collectors.toMap(StreamSegmentContainerTests::getSegmentName, i -> i % 2 == 0 ? variableAttributeIdLength : 0));
    ArrayList<CompletableFuture<Void>> opFutures = new ArrayList<>();
    for (val sn : segmentNames.entrySet()) {
        opFutures.add(localContainer.createStreamSegment(sn.getKey(), SegmentType.STREAM_SEGMENT, AttributeUpdateCollection.from(new AttributeUpdate(Attributes.ATTRIBUTE_ID_LENGTH, AttributeUpdateType.None, sn.getValue())), TIMEOUT));
    }
    Futures.allOf(opFutures).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    Predicate<Map.Entry<String, Integer>> isUUIDOnly = e -> e.getValue() == 0;
    // 2. Add some appends.
    for (val sn : segmentNames.entrySet()) {
        boolean isUUID = isUUIDOnly.test(sn);
        for (int i = 0; i < APPENDS_PER_SEGMENT; i++) {
            AttributeUpdateCollection attributeUpdates = (isUUID ? allAttributesWithUUID : allAttributesWithVariable).stream().map(attributeId -> new AttributeUpdate(attributeId, AttributeUpdateType.Accumulate, 1)).collect(Collectors.toCollection(AttributeUpdateCollection::new));
            opFutures.add(Futures.toVoid(localContainer.append(sn.getKey(), getAppendData(sn.getKey(), i), attributeUpdates, TIMEOUT)));
        }
    }
    // 2.1 Update some of the attributes.
    for (val sn : segmentNames.entrySet()) {
        boolean isUUID = isUUIDOnly.test(sn);
        for (int i = 0; i < ATTRIBUTE_UPDATES_PER_SEGMENT; i++) {
            AttributeUpdateCollection attributeUpdates = (isUUID ? allAttributesWithUUID : allAttributesWithVariable).stream().map(attributeId -> new AttributeUpdate(attributeId, AttributeUpdateType.Accumulate, 1)).collect(Collectors.toCollection(AttributeUpdateCollection::new));
            opFutures.add(localContainer.updateAttributes(sn.getKey(), attributeUpdates, TIMEOUT));
        }
        // Verify that we are not allowed to update attributes of the wrong type.
        val badUpdate = new AttributeUpdate(isUUID ? AttributeId.random(variableAttributeIdLength) : AttributeId.randomUUID(), AttributeUpdateType.Accumulate, 1);
        AssertExtensions.assertSuppliedFutureThrows("updateAttributes allowed updating attributes with wrong type and/or length.", () -> localContainer.updateAttributes(sn.getKey(), AttributeUpdateCollection.from(badUpdate), TIMEOUT), ex -> ex instanceof AttributeIdLengthMismatchException);
    }
    Futures.allOf(opFutures).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    // 2.2 Dynamic attributes.
    for (val sn : segmentNames.entrySet()) {
        boolean isUUID = isUUIDOnly.test(sn);
        val dynamicId = isUUID ? segmentLengthAttributeUUID : segmentLengthAttributeVariable;
        val dynamicAttributes = AttributeUpdateCollection.from(new DynamicAttributeUpdate(dynamicId, AttributeUpdateType.Replace, DynamicAttributeValue.segmentLength(10)));
        val appendData = getAppendData(sn.getKey(), 1000);
        val lastOffset = localContainer.append(sn.getKey(), appendData, dynamicAttributes, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
        val expectedValue = lastOffset - appendData.getLength() + 10;
        Assert.assertEquals(expectedValue, (long) localContainer.getAttributes(sn.getKey(), Collections.singleton(dynamicId), false, TIMEOUT).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS).get(dynamicId));
    }
    // 3. getSegmentInfo
    for (val sn : segmentNames.entrySet()) {
        val segmentName = sn.getKey();
        val allAttributes = isUUIDOnly.test(sn) ? allAttributesWithUUID : allAttributesWithVariable;
        val allAttributeValues = localContainer.getAttributes(segmentName, allAttributes, false, TIMEOUT).join();
        Assert.assertEquals("Unexpected number of attributes retrieved via getAttributes().", allAttributes.size(), allAttributeValues.size());
        // Verify all attribute values.
        SegmentProperties sp = localContainer.getStreamSegmentInfo(segmentName, TIMEOUT).join();
        for (val attributeId : allAttributes) {
            Assert.assertEquals("Unexpected value for attribute " + attributeId + " via getInfo() for segment " + segmentName, expectedAttributeValue, (long) sp.getAttributes().getOrDefault(attributeId, Attributes.NULL_ATTRIBUTE_VALUE));
            Assert.assertEquals("Unexpected value for attribute " + attributeId + " via getAttributes() for segment " + segmentName, expectedAttributeValue, (long) allAttributeValues.getOrDefault(attributeId, Attributes.NULL_ATTRIBUTE_VALUE));
        }
        // Verify we can't request wrong lengths/types.
        val badId = isUUIDOnly.test(sn) ? AttributeId.random(variableAttributeIdLength) : AttributeId.randomUUID();
        AssertExtensions.assertSuppliedFutureThrows("getAttributes allowed getting attributes with wrong type and/or length.", () -> localContainer.getAttributes(segmentName, Collections.singleton(badId), true, TIMEOUT), ex -> ex instanceof IllegalArgumentException);
    }
    // Force these segments out of memory, so that we may verify that extended attributes are still recoverable.
    localContainer.triggerMetadataCleanup(segmentNames.keySet()).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    for (val sn : segmentNames.entrySet()) {
        val segmentName = sn.getKey();
        val allAttributes = isUUIDOnly.test(sn) ? allAttributesWithUUID : allAttributesWithVariable;
        val allAttributeValues = localContainer.getAttributes(segmentName, allAttributes, false, TIMEOUT).join();
        Assert.assertEquals("Unexpected number of attributes retrieved via getAttributes() after recovery for segment " + segmentName, allAttributes.size(), allAttributeValues.size());
        // Verify all attribute values. Core attributes should still be loaded in memory, while extended attributes can
        // only be fetched via their special API.
        SegmentProperties sp = localContainer.getStreamSegmentInfo(segmentName, TIMEOUT).join();
        for (val attributeId : allAttributes) {
            Assert.assertEquals("Unexpected value for attribute " + attributeId + " via getAttributes() after recovery for segment " + segmentName, expectedAttributeValue, (long) allAttributeValues.getOrDefault(attributeId, Attributes.NULL_ATTRIBUTE_VALUE));
            if (Attributes.isCoreAttribute(attributeId)) {
                Assert.assertEquals("Expecting core attribute to be loaded in memory.", expectedAttributeValue, (long) sp.getAttributes().getOrDefault(attributeId, Attributes.NULL_ATTRIBUTE_VALUE));
            } else {
                Assert.assertEquals("Not expecting extended attribute to be loaded in memory.", Attributes.NULL_ATTRIBUTE_VALUE, (long) sp.getAttributes().getOrDefault(attributeId, Attributes.NULL_ATTRIBUTE_VALUE));
            }
        }
        // Now instruct the Container to cache missing values (do it a few times so we make sure it's idempotent).
        // Also introduce some random new attribute to fetch. We want to make sure we can properly handle caching
        // missing attribute values.
        val missingAttributeId = isUUIDOnly.test(sn) ? AttributeId.randomUUID() : AttributeId.random(variableAttributeIdLength);
        val attributesToCache = new ArrayList<>(allAttributes);
        attributesToCache.add(missingAttributeId);
        val attributesToCacheValues = new HashMap<>(allAttributeValues);
        attributesToCacheValues.put(missingAttributeId, Attributes.NULL_ATTRIBUTE_VALUE);
        Map<AttributeId, Long> allAttributeValuesWithCache;
        for (int i = 0; i < 2; i++) {
            allAttributeValuesWithCache = localContainer.getAttributes(segmentName, attributesToCache, true, TIMEOUT).join();
            AssertExtensions.assertMapEquals("Inconsistent results from getAttributes(cache=true, attempt=" + i + ").", attributesToCacheValues, allAttributeValuesWithCache);
            sp = localContainer.getStreamSegmentInfo(segmentName, TIMEOUT).join();
            for (val attributeId : allAttributes) {
                Assert.assertEquals("Expecting all attributes to be loaded in memory.", expectedAttributeValue, (long) sp.getAttributes().getOrDefault(attributeId, Attributes.NULL_ATTRIBUTE_VALUE));
            }
            Assert.assertEquals("Unexpected value for missing Attribute Id", Attributes.NULL_ATTRIBUTE_VALUE, (long) sp.getAttributes().get(missingAttributeId));
        }
    }
    // 4. Make an update, then immediately seal the segment, then verify the update updated the root pointer.
    AttributeId attr = Attributes.ATTRIBUTE_SEGMENT_ROOT_POINTER;
    val oldRootPointers = new HashMap<String, Long>();
    for (val sn : segmentNames.entrySet()) {
        val segmentName = sn.getKey();
        val newAttributeId = isUUIDOnly.test(sn) ? AttributeId.randomUUID() : AttributeId.random(variableAttributeIdLength);
        // Get the old root pointer, then make a random attribute update, then immediately seal the segment.
        localContainer.getAttributes(segmentName, Collections.singleton(attr), false, TIMEOUT).thenCompose(values -> {
            oldRootPointers.put(segmentName, values.get(attr));
            return CompletableFuture.allOf(localContainer.updateAttributes(segmentName, AttributeUpdateCollection.from(new AttributeUpdate(newAttributeId, AttributeUpdateType.Replace, 1L)), TIMEOUT), localContainer.sealStreamSegment(segmentName, TIMEOUT));
        }).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    }
    // which indicates the StorageWriter was able to successfully record it after its final Attribute Index update.
    for (String segmentName : segmentNames.keySet()) {
        Long oldValue = oldRootPointers.get(segmentName);
        TestUtils.await(() -> {
            val newVal = localContainer.getAttributes(segmentName, Collections.singleton(attr), false, TIMEOUT).join().get(attr);
            return oldValue < newVal;
        }, 10, TIMEOUT.toMillis());
    }
    waitForSegmentsInStorage(segmentNames.keySet(), localContainer, context).get(TIMEOUT.toMillis(), TimeUnit.MILLISECONDS);
    localContainer.stopAsync().awaitTerminated();
}

Example 55 with Assert.assertEquals

use of org.junit.Assert.assertEquals in project photon-model by vmware.

the class TestAWSClientManagement method testAWSClientManagementArn.

@Test
public void testAWSClientManagementArn() throws Throwable {
    this.ec2ClientReferenceCount = getClientReferenceCount(AwsClientType.EC2);
    this.host.setTimeoutSeconds(60);
    // Getting a reference to client managers in the test
    AWSClientManager ec2ClientManager = getClientManager(AwsClientType.EC2);
    ec2ClientManager.cleanUpArnCache();
    assertEquals(this.ec2ClientReferenceCount + 1, getClientReferenceCount(AwsClientType.EC2));
    this.creds = new AuthCredentialsServiceState();
    this.creds.customProperties = new HashMap<>();
    this.creds.customProperties.put(ARN_KEY, this.arn);
    this.creds.customProperties.put(EXTERNAL_ID_KEY, this.externalId);
    TestContext waitContext = new TestContext(1, Duration.ofSeconds(30L));
    ec2ClientManager.getOrCreateEC2ClientAsync(this.creds, TestAWSSetupUtils.regionId, this.instanceService).exceptionally(t -> {
        waitContext.fail(t);
        throw new CompletionException(t);
    }).thenAccept(ec2Client -> {
        this.client = ec2Client;
        waitContext.complete();
    });
    waitContext.await();
    Assert.assertNotNull(this.client);
    this.clientCacheCount = ec2ClientManager.getCacheCount();
    // Requesting another AWS client with the same set of credentials will not
    // create a new entry in the cache
    AmazonEC2AsyncClient oldClient = this.client;
    TestContext nextContext = new TestContext(1, Duration.ofSeconds(30L));
    ec2ClientManager.getOrCreateEC2ClientAsync(this.creds, TestAWSSetupUtils.regionId, this.instanceService).exceptionally(t -> {
        nextContext.fail(t);
        throw new CompletionException(t);
    }).thenAccept(ec2Client -> {
        this.client = ec2Client;
        nextContext.complete();
    });
    nextContext.await();
    Assert.assertNotNull(this.client);
    Assert.assertEquals(oldClient, this.client);
    assertEquals(this.clientCacheCount, ec2ClientManager.getCacheCount());
}