public synchronized PageBufferClientStatus getStatus() {
String state;
if (closed) {
state = "closed";
} else if (future != null) {
state = "running";
} else if (scheduled) {
state = "scheduled";
} else if (completed) {
state = "completed";
} else {
state = "queued";
}
String httpRequestState = "not scheduled";
if (future != null) {
httpRequestState = future.getState();
}
long rejectedRows = rowsRejected.get();
int rejectedPages = pagesRejected.get();
return new PageBufferClientStatus(
location,
state,
lastUpdate,
rowsReceived.get(),
pagesReceived.get(),
rejectedRows == 0 ? OptionalLong.empty() : OptionalLong.of(rejectedRows),
rejectedPages == 0 ? OptionalInt.empty() : OptionalInt.of(rejectedPages),
requestsScheduled.get(),
requestsCompleted.get(),
requestsFailed.get(),
httpRequestState);
}
@Override
public void set(OptionalLong optional) {
if (optional != null && optional.isPresent()) {
wrapper.set(optional.getAsLong());
} else {
wrapper.set(null);
}
}
@Test
public void testParseHexOptionalOk() throws Exception {
long i = 0x14;
String s = Long.toHexString(i);
OptionalLong ret = ParseLong.parseHexOptional(s);
assertTrue(ret.isPresent());
assertEquals(i, ret.getAsLong());
}
@Test
public void testMinIndex() {
List<Integer> ints = IntStreamEx.of(new Random(1), 1000, 5, 47).boxed().toList();
long expectedMin = IntStreamEx.ofIndices(ints).minBy(ints::get).getAsInt();
long expectedMax = IntStreamEx.ofIndices(ints).maxBy(ints::get).getAsInt();
long expectedMinString =
IntStreamEx.ofIndices(ints).minBy(i -> String.valueOf(ints.get(i))).getAsInt();
long expectedMaxString =
IntStreamEx.ofIndices(ints).maxBy(i -> String.valueOf(ints.get(i))).getAsInt();
Comparator<Integer> cmp = Comparator.comparing(String::valueOf);
checkCollector(
"minIndex", OptionalLong.of(expectedMin), ints::stream, MoreCollectors.minIndex());
checkCollector(
"maxIndex", OptionalLong.of(expectedMax), ints::stream, MoreCollectors.maxIndex());
checkCollector(
"minIndex", OptionalLong.of(expectedMinString), ints::stream, MoreCollectors.minIndex(cmp));
checkCollector(
"maxIndex", OptionalLong.of(expectedMaxString), ints::stream, MoreCollectors.maxIndex(cmp));
Supplier<Stream<String>> supplier = () -> ints.stream().map(Object::toString);
checkCollector(
"minIndex", OptionalLong.of(expectedMinString), supplier, MoreCollectors.minIndex());
checkCollector(
"maxIndex", OptionalLong.of(expectedMaxString), supplier, MoreCollectors.maxIndex());
checkCollectorEmpty("minIndex", OptionalLong.empty(), MoreCollectors.<String>minIndex());
checkCollectorEmpty("maxIndex", OptionalLong.empty(), MoreCollectors.<String>maxIndex());
}
private void runJob(
long transactionId, OptionalInt bucketNumber, long tableId, Set<UUID> shardUuids)
throws IOException {
TableMetadata metadata = getTableMetadata(tableId);
// This job could be in the queue for quite some time, so before doing any expensive
// operations,
// filter out shards that no longer exist, reducing the possibility of failure
shardUuids = shardManager.getExistingShardUuids(tableId, shardUuids);
if (shardUuids.size() <= 1) {
return;
}
List<ShardInfo> newShards =
performCompaction(transactionId, bucketNumber, shardUuids, metadata);
log.info(
"Compacted shards %s into %s",
shardUuids, newShards.stream().map(ShardInfo::getShardUuid).collect(toList()));
shardManager.replaceShardUuids(
transactionId,
tableId,
metadata.getColumns(),
shardUuids,
newShards,
OptionalLong.empty());
}
@Test
public void testAndLongFlatMap() {
checkShortCircuitCollector(
"andLongFlat",
OptionalLong.of(0),
2,
() -> LongStreamEx.of(0).flatMap(x -> LongStream.range(1, 100000000)).boxed(),
MoreCollectors.andingLong(Long::longValue),
true);
}
@Test
public void testAndLong() {
List<Long> longs = Arrays.asList(0xFFFFFFFFFFFFFFFFL, 0xFFFFFFFF00000000L, 0xFFFFFFFF0000L);
checkShortCircuitCollector(
"andLong",
OptionalLong.of(0xFFFF00000000L),
3,
longs::stream,
MoreCollectors.andingLong(Long::longValue));
longs = Arrays.asList(1L, 2L, 3L, 4L);
checkShortCircuitCollector(
"andLong",
OptionalLong.of(0),
2,
longs::stream,
MoreCollectors.andingLong(Long::longValue));
checkCollectorEmpty(
"andLongEmpty", OptionalLong.empty(), MoreCollectors.andingLong(Long::longValue));
}
@Override
public OptionalLong findAny() {
Long result =
performOperation(
TerminalFunctions.findAnyLongFunction(),
false,
(i1, i2) -> {
if (i1 != null) {
return i1;
} else {
return i2;
}
},
null);
if (result != null) {
return OptionalLong.of(result);
} else {
return OptionalLong.empty();
}
}
@Override
public OptionalLong max() {
Long value =
performOperation(
TerminalFunctions.maxLongFunction(),
false,
(i1, i2) -> {
if (i1 != null) {
if (i2 != null) {
return i1 > i2 ? i1 : i2;
}
return i1;
}
return i2;
},
null);
if (value == null) {
return OptionalLong.empty();
} else {
return OptionalLong.of(value);
}
}
@Override
public OptionalLong reduce(LongBinaryOperator op) {
Long result =
performOperation(
TerminalFunctions.reduceFunction(op),
true,
(i1, i2) -> {
if (i1 != null) {
if (i2 != null) {
return op.applyAsLong(i1, i2);
}
return i1;
}
return i2;
},
null);
if (result == null) {
return OptionalLong.empty();
} else {
return OptionalLong.of(result);
}
}
@Test
public void testWriter() throws Exception {
OrcStorageManager manager = createOrcStorageManager();
List<Long> columnIds = ImmutableList.of(3L, 7L);
List<Type> columnTypes = ImmutableList.<Type>of(BIGINT, createVarcharType(10));
StoragePageSink sink = createStoragePageSink(manager, columnIds, columnTypes);
List<Page> pages = rowPagesBuilder(columnTypes).row(123L, "hello").row(456L, "bye").build();
sink.appendPages(pages);
// shard is not recorded until flush
assertEquals(shardRecorder.getShards().size(), 0);
sink.flush();
// shard is recorded after flush
List<RecordedShard> recordedShards = shardRecorder.getShards();
assertEquals(recordedShards.size(), 1);
List<ShardInfo> shards = getFutureValue(sink.commit());
assertEquals(shards.size(), 1);
ShardInfo shardInfo = Iterables.getOnlyElement(shards);
UUID shardUuid = shardInfo.getShardUuid();
File file = storageService.getStorageFile(shardUuid);
File backupFile = fileBackupStore.getBackupFile(shardUuid);
assertEquals(recordedShards.get(0).getTransactionId(), TRANSACTION_ID);
assertEquals(recordedShards.get(0).getShardUuid(), shardUuid);
assertEquals(shardInfo.getRowCount(), 2);
assertEquals(shardInfo.getCompressedSize(), file.length());
// verify primary and backup shard exist
assertFile(file, "primary shard");
assertFile(backupFile, "backup shard");
assertFileEquals(file, backupFile);
// remove primary shard to force recovery from backup
assertTrue(file.delete());
assertTrue(file.getParentFile().delete());
assertFalse(file.exists());
recoveryManager.restoreFromBackup(shardUuid, OptionalLong.empty());
try (OrcDataSource dataSource = manager.openShard(shardUuid, READER_ATTRIBUTES)) {
OrcRecordReader reader = createReader(dataSource, columnIds, columnTypes);
assertEquals(reader.nextBatch(), 2);
Block column0 = reader.readBlock(BIGINT, 0);
assertEquals(column0.isNull(0), false);
assertEquals(column0.isNull(1), false);
assertEquals(BIGINT.getLong(column0, 0), 123L);
assertEquals(BIGINT.getLong(column0, 1), 456L);
Block column1 = reader.readBlock(createVarcharType(10), 1);
assertEquals(createVarcharType(10).getSlice(column1, 0), utf8Slice("hello"));
assertEquals(createVarcharType(10).getSlice(column1, 1), utf8Slice("bye"));
assertEquals(reader.nextBatch(), -1);
}
}
@Test
public void testParseHexOptionalFail() throws Exception {
String s = "astg2148465klkast12hkls";
OptionalLong ret = ParseLong.parseHexOptional(s);
assertFalse(ret.isPresent());
}
public class TestCompactionSetCreator {
private static final long MAX_SHARD_ROWS = 100;
private static final DataSize MAX_SHARD_SIZE = new DataSize(100, DataSize.Unit.BYTE);
private static final Table tableInfo =
new Table(1L, OptionalLong.empty(), OptionalInt.empty(), OptionalLong.empty());
private static final Table temporalTableInfo =
new Table(1L, OptionalLong.empty(), OptionalInt.empty(), OptionalLong.of(1));
private static final Table bucketedTableInfo =
new Table(1L, OptionalLong.empty(), OptionalInt.of(3), OptionalLong.empty());
private static final Table bucketedTemporalTableInfo =
new Table(1L, OptionalLong.empty(), OptionalInt.of(3), OptionalLong.of(1));
private final CompactionSetCreator compactionSetCreator =
new CompactionSetCreator(MAX_SHARD_SIZE, MAX_SHARD_ROWS);
@Test
public void testNonTemporalOrganizationSetSimple() throws Exception {
List<ShardIndexInfo> inputShards =
ImmutableList.of(shardWithSize(10, 10), shardWithSize(10, 10), shardWithSize(10, 10));
Set<OrganizationSet> compactionSets =
compactionSetCreator.createCompactionSets(tableInfo, inputShards);
assertEquals(compactionSets.size(), 1);
assertEquals(getOnlyElement(compactionSets).getShards(), extractIndexes(inputShards, 0, 1, 2));
}
@Test
public void testNonTemporalSizeBasedOrganizationSet() throws Exception {
List<ShardIndexInfo> inputShards =
ImmutableList.of(
shardWithSize(10, 70),
shardWithSize(10, 20),
shardWithSize(10, 30),
shardWithSize(10, 120));
Set<OrganizationSet> compactionSets =
compactionSetCreator.createCompactionSets(tableInfo, inputShards);
Set<UUID> actual = new HashSet<>();
for (OrganizationSet set : compactionSets) {
actual.addAll(set.getShards());
}
assertTrue(extractIndexes(inputShards, 0, 1, 2).containsAll(actual));
}
@Test
public void testNonTemporalRowCountBasedOrganizationSet() throws Exception {
List<ShardIndexInfo> inputShards =
ImmutableList.of(
shardWithSize(50, 10),
shardWithSize(100, 10),
shardWithSize(20, 10),
shardWithSize(30, 10));
Set<OrganizationSet> compactionSets =
compactionSetCreator.createCompactionSets(tableInfo, inputShards);
Set<UUID> actual = new HashSet<>();
for (OrganizationSet set : compactionSets) {
actual.addAll(set.getShards());
}
assertTrue(extractIndexes(inputShards, 0, 2, 3).containsAll(actual));
}
@Test
public void testTemporalCompactionNoCompactionAcrossDays() throws Exception {
long day1 = Duration.ofDays(Duration.ofNanos(System.nanoTime()).toDays()).toMillis();
long day2 = Duration.ofDays(Duration.ofMillis(day1).toDays() + 1).toMillis();
long day3 = Duration.ofDays(Duration.ofMillis(day1).toDays() + 2).toMillis();
List<ShardIndexInfo> inputShards =
ImmutableList.of(
shardWithTemporalRange(TIMESTAMP, day1, day1),
shardWithTemporalRange(TIMESTAMP, day2, day2),
shardWithTemporalRange(TIMESTAMP, day2, day2),
shardWithTemporalRange(TIMESTAMP, day1, day1),
shardWithTemporalRange(TIMESTAMP, day3, day3));
Set<OrganizationSet> actual =
compactionSetCreator.createCompactionSets(temporalTableInfo, inputShards);
assertEquals(actual.size(), 2);
Set<OrganizationSet> expected =
ImmutableSet.of(
new OrganizationSet(
temporalTableInfo.getTableId(),
extractIndexes(inputShards, 0, 3),
OptionalInt.empty()),
new OrganizationSet(
temporalTableInfo.getTableId(),
extractIndexes(inputShards, 1, 2),
OptionalInt.empty()));
assertEquals(actual, expected);
}
@Test
public void testTemporalCompactionSpanningDays() throws Exception {
long day1 = Duration.ofDays(Duration.ofNanos(System.nanoTime()).toDays()).toMillis();
long day2 = Duration.ofDays(Duration.ofMillis(day1).toDays() + 1).toMillis();
long day3 = Duration.ofDays(Duration.ofMillis(day1).toDays() + 2).toMillis();
long day4 = Duration.ofDays(Duration.ofMillis(day1).toDays() + 3).toMillis();
List<ShardIndexInfo> inputShards =
ImmutableList.of(
shardWithTemporalRange(TIMESTAMP, day1, day3), // day2
shardWithTemporalRange(TIMESTAMP, day2, day2), // day2
shardWithTemporalRange(TIMESTAMP, day1, day1), // day1
shardWithTemporalRange(TIMESTAMP, day1 + 100, day2 + 100), // day1
shardWithTemporalRange(TIMESTAMP, day1 - 100, day2 - 100), // day1
shardWithTemporalRange(TIMESTAMP, day2 - 100, day3 - 100), // day2
shardWithTemporalRange(TIMESTAMP, day1, day4) // day2
);
long tableId = temporalTableInfo.getTableId();
Set<OrganizationSet> compactionSets =
compactionSetCreator.createCompactionSets(temporalTableInfo, inputShards);
assertEquals(compactionSets.size(), 2);
Set<OrganizationSet> expected =
ImmutableSet.of(
new OrganizationSet(
tableId, extractIndexes(inputShards, 0, 1, 5, 6), OptionalInt.empty()),
new OrganizationSet(
tableId, extractIndexes(inputShards, 2, 3, 4), OptionalInt.empty()));
assertEquals(compactionSets, expected);
}
@Test
public void testTemporalCompactionDate() throws Exception {
long day1 = Duration.ofNanos(System.nanoTime()).toDays();
long day2 = day1 + 1;
long day3 = day1 + 2;
List<ShardIndexInfo> inputShards =
ImmutableList.of(
shardWithTemporalRange(DATE, day1, day1),
shardWithTemporalRange(DATE, day2, day2),
shardWithTemporalRange(DATE, day3, day3),
shardWithTemporalRange(DATE, day1, day3),
shardWithTemporalRange(DATE, day2, day3),
shardWithTemporalRange(DATE, day1, day2));
long tableId = temporalTableInfo.getTableId();
Set<OrganizationSet> actual =
compactionSetCreator.createCompactionSets(temporalTableInfo, inputShards);
assertEquals(actual.size(), 2);
Set<OrganizationSet> expected =
ImmutableSet.of(
new OrganizationSet(tableId, extractIndexes(inputShards, 0, 3, 5), OptionalInt.empty()),
new OrganizationSet(tableId, extractIndexes(inputShards, 1, 4), OptionalInt.empty()));
assertEquals(actual, expected);
}
@Test
public void testBucketedTableCompaction() throws Exception {
List<ShardIndexInfo> inputShards =
ImmutableList.of(
shardWithBucket(1),
shardWithBucket(2),
shardWithBucket(2),
shardWithBucket(1),
shardWithBucket(2),
shardWithBucket(1));
long tableId = bucketedTableInfo.getTableId();
Set<OrganizationSet> actual =
compactionSetCreator.createCompactionSets(bucketedTableInfo, inputShards);
assertEquals(actual.size(), 2);
Set<OrganizationSet> expected =
ImmutableSet.of(
new OrganizationSet(tableId, extractIndexes(inputShards, 0, 3, 5), OptionalInt.of(1)),
new OrganizationSet(tableId, extractIndexes(inputShards, 1, 2, 4), OptionalInt.of(2)));
assertEquals(actual, expected);
}
static Set<UUID> extractIndexes(List<ShardIndexInfo> inputShards, int... indexes) {
ImmutableSet.Builder<UUID> builder = ImmutableSet.builder();
for (int index : indexes) {
builder.add(inputShards.get(index).getShardUuid());
}
return builder.build();
}
@Test
public void testBucketedTemporalTableCompaction() throws Exception {
long day1 = 1;
long day2 = 2;
long day3 = 3;
long day4 = 4;
List<ShardIndexInfo> inputShards =
ImmutableList.of(
shardWithTemporalBucket(OptionalInt.of(1), DATE, day1, day1),
shardWithTemporalBucket(OptionalInt.of(2), DATE, day2, day2),
shardWithTemporalBucket(OptionalInt.of(1), DATE, day1, day1),
shardWithTemporalBucket(OptionalInt.of(2), DATE, day2, day2),
shardWithTemporalBucket(OptionalInt.of(1), DATE, day3, day3),
shardWithTemporalBucket(OptionalInt.of(2), DATE, day4, day4));
long tableId = bucketedTemporalTableInfo.getTableId();
Set<OrganizationSet> actual =
compactionSetCreator.createCompactionSets(bucketedTemporalTableInfo, inputShards);
assertEquals(actual.size(), 2);
Set<OrganizationSet> expected =
ImmutableSet.of(
new OrganizationSet(tableId, extractIndexes(inputShards, 0, 2), OptionalInt.of(1)),
new OrganizationSet(tableId, extractIndexes(inputShards, 1, 3), OptionalInt.of(2)));
assertEquals(actual, expected);
}
private static ShardIndexInfo shardWithSize(long rows, long size) {
return new ShardIndexInfo(
1, OptionalInt.empty(), UUID.randomUUID(), rows, size, Optional.empty(), Optional.empty());
}
private static ShardIndexInfo shardWithTemporalRange(Type type, Long start, Long end) {
return shardWithTemporalBucket(OptionalInt.empty(), type, start, end);
}
private static ShardIndexInfo shardWithBucket(int bucketNumber) {
return new ShardIndexInfo(
1,
OptionalInt.of(bucketNumber),
UUID.randomUUID(),
1,
1,
Optional.empty(),
Optional.empty());
}
private static ShardIndexInfo shardWithTemporalBucket(
OptionalInt bucketNumber, Type type, Long start, Long end) {
if (type.equals(DATE)) {
return new ShardIndexInfo(
1,
bucketNumber,
UUID.randomUUID(),
1,
1,
Optional.empty(),
Optional.of(
ShardRange.of(new Tuple(type, start.intValue()), new Tuple(type, end.intValue()))));
}
return new ShardIndexInfo(
1,
bucketNumber,
UUID.randomUUID(),
1,
1,
Optional.empty(),
Optional.of(ShardRange.of(new Tuple(type, start), new Tuple(type, end))));
}
}
@Test
public void testParseHexOptionalNull() throws Exception {
OptionalLong ret = ParseLong.parseHexOptional(null);
assertFalse(ret.isPresent());
}
@Override
public OptionalLong getDefault() {
return OptionalLong.empty();
}
@Override
public OptionalLong get() {
Long value = wrapper.get();
return value != null ? OptionalLong.of(value) : OptionalLong.empty();
}
@Test
public void testParseOptionalHexFail() throws Exception {
String s = "0x12akjhsdr?";
OptionalLong ret = ParseLong.parseOptional(s);
assertFalse(ret.isPresent());
}
@Test
public void should_be_able_to_catch_exceptions_thrown_by_all_proxied_methods() {
try (AutoCloseableBDDSoftAssertions softly = new AutoCloseableBDDSoftAssertions()) {
softly.then(BigDecimal.ZERO).isEqualTo(BigDecimal.ONE);
softly.then(Boolean.FALSE).isTrue();
softly.then(false).isTrue();
softly.then(new boolean[] {false}).isEqualTo(new boolean[] {true});
softly.then(new Byte((byte) 0)).isEqualTo((byte) 1);
softly.then((byte) 2).inHexadecimal().isEqualTo((byte) 3);
softly.then(new byte[] {4}).isEqualTo(new byte[] {5});
softly.then(new Character((char) 65)).isEqualTo(new Character((char) 66));
softly.then((char) 67).isEqualTo((char) 68);
softly.then(new char[] {69}).isEqualTo(new char[] {70});
softly.then(new StringBuilder("a")).isEqualTo(new StringBuilder("b"));
softly.then(Object.class).isEqualTo(String.class);
softly
.then(parseDatetime("1999-12-31T23:59:59"))
.isEqualTo(parseDatetime("2000-01-01T00:00:01"));
softly.then(new Double(6.0d)).isEqualTo(new Double(7.0d));
softly.then(8.0d).isEqualTo(9.0d);
softly.then(new double[] {10.0d}).isEqualTo(new double[] {11.0d});
softly
.then(new File("a"))
.overridingErrorMessage("expected:<File(b)> but was:<File(a)>")
.isEqualTo(new File("b"));
softly.then(new Float(12f)).isEqualTo(new Float(13f));
softly.then(14f).isEqualTo(15f);
softly.then(new float[] {16f}).isEqualTo(new float[] {17f});
softly
.then(new ByteArrayInputStream(new byte[] {(byte) 65}))
.hasSameContentAs(new ByteArrayInputStream(new byte[] {(byte) 66}));
softly.then(new Integer(20)).isEqualTo(new Integer(21));
softly.then(22).isEqualTo(23);
softly.then(new int[] {24}).isEqualTo(new int[] {25});
softly.then((Iterable<String>) Lists.newArrayList("26")).isEqualTo(Lists.newArrayList("27"));
softly.then(Lists.newArrayList("28").iterator()).contains("29");
softly.then(Lists.newArrayList("30")).isEqualTo(Lists.newArrayList("31"));
softly.then(new Long(32L)).isEqualTo(new Long(33L));
softly.then(34L).isEqualTo(35L);
softly.then(new long[] {36L}).isEqualTo(new long[] {37L});
softly
.then(Maps.mapOf(MapEntry.entry("38", "39")))
.isEqualTo(Maps.mapOf(MapEntry.entry("40", "41")));
softly.then(new Short((short) 42)).isEqualTo(new Short((short) 43));
softly.then((short) 44).isEqualTo((short) 45);
softly.then(new short[] {(short) 46}).isEqualTo(new short[] {(short) 47});
softly.then("48").isEqualTo("49");
softly
.then(
new Object() {
@Override
public String toString() {
return "50";
}
})
.isEqualTo(
new Object() {
@Override
public String toString() {
return "51";
}
});
softly
.then(
new Object[] {
new Object() {
@Override
public String toString() {
return "52";
}
}
})
.isEqualTo(
new Object[] {
new Object() {
@Override
public String toString() {
return "53";
}
}
});
final IllegalArgumentException illegalArgumentException =
new IllegalArgumentException("IllegalArgumentException message");
softly.then(illegalArgumentException).hasMessage("NullPointerException message");
softly.then(Optional.of("not empty")).isEqualTo("empty");
softly.then(OptionalInt.of(0)).isEqualTo(1);
softly.then(OptionalDouble.of(0.0)).isEqualTo(1.0);
softly.then(OptionalLong.of(0L)).isEqualTo(1L);
softly.then(LocalTime.of(12, 00)).isEqualTo(LocalTime.of(13, 00));
softly
.then(OffsetTime.of(12, 0, 0, 0, ZoneOffset.UTC))
.isEqualTo(OffsetTime.of(13, 0, 0, 0, ZoneOffset.UTC));
softly.then(OffsetDateTime.MIN).isEqualTo(OffsetDateTime.MAX);
} catch (SoftAssertionError e) {
List<String> errors = e.getErrors();
assertThat(errors).hasSize(45);
assertThat(errors.get(0)).isEqualTo("expected:<[1]> but was:<[0]>");
assertThat(errors.get(1)).isEqualTo("expected:<[tru]e> but was:<[fals]e>");
assertThat(errors.get(2)).isEqualTo("expected:<[tru]e> but was:<[fals]e>");
assertThat(errors.get(3)).isEqualTo("expected:<[[tru]e]> but was:<[[fals]e]>");
assertThat(errors.get(4)).isEqualTo("expected:<[1]> but was:<[0]>");
assertThat(errors.get(5)).isEqualTo("expected:<0x0[3]> but was:<0x0[2]>");
assertThat(errors.get(6)).isEqualTo("expected:<[[5]]> but was:<[[4]]>");
assertThat(errors.get(7)).isEqualTo("expected:<'[B]'> but was:<'[A]'>");
assertThat(errors.get(8)).isEqualTo("expected:<'[D]'> but was:<'[C]'>");
assertThat(errors.get(9)).isEqualTo("expected:<['[F]']> but was:<['[E]']>");
assertThat(errors.get(10)).isEqualTo("expected:<[b]> but was:<[a]>");
assertThat(errors.get(11))
.isEqualTo("expected:<java.lang.[String]> but was:<java.lang.[Object]>");
assertThat(errors.get(12))
.isEqualTo("expected:<[2000-01-01T00:00:01].000> but was:<[1999-12-31T23:59:59].000>");
assertThat(errors.get(13)).isEqualTo("expected:<[7].0> but was:<[6].0>");
assertThat(errors.get(14)).isEqualTo("expected:<[9].0> but was:<[8].0>");
assertThat(errors.get(15)).isEqualTo("expected:<[1[1].0]> but was:<[1[0].0]>");
assertThat(errors.get(16)).isEqualTo("expected:<File(b)> but was:<File(a)>");
assertThat(errors.get(17)).isEqualTo("expected:<1[3].0f> but was:<1[2].0f>");
assertThat(errors.get(18)).isEqualTo("expected:<1[5].0f> but was:<1[4].0f>");
assertThat(errors.get(19)).isEqualTo("expected:<[1[7].0f]> but was:<[1[6].0f]>");
assertThat(errors.get(20))
.isEqualTo(
String.format(
"%nInputStreams do not have same content:"
+ System.getProperty("line.separator")
+ "line:<1>, expected:<B> but was:<A>"));
assertThat(errors.get(21)).isEqualTo("expected:<2[1]> but was:<2[0]>");
assertThat(errors.get(22)).isEqualTo("expected:<2[3]> but was:<2[2]>");
assertThat(errors.get(23)).isEqualTo("expected:<[2[5]]> but was:<[2[4]]>");
assertThat(errors.get(24)).isEqualTo("expected:<[\"2[7]\"]> but was:<[\"2[6]\"]>");
assertThat(errors.get(25))
.isEqualTo(
String.format(
"%nExpecting:%n"
+ " <[\"28\"]>%n"
+ "to contain:%n"
+ " <[\"29\"]>%n"
+ "but could not find:%n"
+ " <[\"29\"]>%n"));
assertThat(errors.get(26)).isEqualTo("expected:<[\"3[1]\"]> but was:<[\"3[0]\"]>");
assertThat(errors.get(27)).isEqualTo("expected:<3[3]L> but was:<3[2]L>");
assertThat(errors.get(28)).isEqualTo("expected:<3[5]L> but was:<3[4]L>");
assertThat(errors.get(29)).isEqualTo("expected:<[3[7]L]> but was:<[3[6]L]>");
assertThat(errors.get(30))
.isEqualTo("expected:<{\"[40\"=\"41]\"}> but was:<{\"[38\"=\"39]\"}>");
assertThat(errors.get(31)).isEqualTo("expected:<4[3]> but was:<4[2]>");
assertThat(errors.get(32)).isEqualTo("expected:<4[5]> but was:<4[4]>");
assertThat(errors.get(33)).isEqualTo("expected:<[4[7]]> but was:<[4[6]]>");
assertThat(errors.get(34)).isEqualTo("expected:<\"4[9]\"> but was:<\"4[8]\">");
assertThat(errors.get(35)).isEqualTo("expected:<5[1]> but was:<5[0]>");
assertThat(errors.get(36)).isEqualTo("expected:<[5[3]]> but was:<[5[2]]>");
assertThat(errors.get(37))
.isEqualTo(
String.format(
"%nExpecting message:%n"
+ " <\"NullPointerException message\">%n"
+ "but was:%n"
+ " <\"IllegalArgumentException message\">"));
assertThat(errors.get(38))
.isEqualTo("expected:<[\"empty\"]> but was:<[Optional[not empty]]>");
assertThat(errors.get(39)).isEqualTo("expected:<[1]> but was:<[OptionalInt[0]]>");
assertThat(errors.get(40)).isEqualTo("expected:<[1.0]> but was:<[OptionalDouble[0.0]]>");
assertThat(errors.get(41)).isEqualTo("expected:<[1L]> but was:<[OptionalLong[0]]>");
assertThat(errors.get(42)).isEqualTo("expected:<1[3]:00> but was:<1[2]:00>");
assertThat(errors.get(43)).isEqualTo("expected:<1[3]:00Z> but was:<1[2]:00Z>");
assertThat(errors.get(44))
.isEqualTo(
"expected:<[+999999999-12-31T23:59:59.999999999-]18:00> but was:<[-999999999-01-01T00:00+]18:00>");
return;
}
fail("Should not reach here");
}
@Test
public void should_create_error_message_for_optionallong() {
String errorMessage = shouldBeEmpty(OptionalLong.of(1L)).create();
assertThat(errorMessage)
.isEqualTo(format("%nExpecting an empty OptionalLong but was containing value: <1L>."));
}
