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apache / geode / b60806c49bdbd1b32dc77ab5ffbb4d2d64cee54a / . / geode-core / src / integrationTest / java / org / apache / geode / internal / statistics / StatArchiveWriterReaderIntegrationTest.java
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/*
* Licensed to the Apache Software Foundation (ASF) under one or more contributor license
* agreements. See the NOTICE file distributed with this work for additional information regarding
* copyright ownership. The ASF licenses this file to You under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance with the License. You may obtain a
* copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software distributed under the License
* is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express
* or implied. See the License for the specific language governing permissions and limitations under
* the License.
*/
package org.apache.geode.internal.statistics;
import static org.apache.geode.internal.statistics.StatArchiveFormat.NANOS_PER_MILLI;
import static org.apache.geode.internal.statistics.TestStatArchiveWriter.WRITER_INITIAL_DATE_MILLIS;
import static org.apache.geode.internal.statistics.TestStatArchiveWriter.WRITER_PREVIOUS_TIMESTAMP_NANOS;
import static org.apache.geode.test.util.ResourceUtils.createTempFileFromResource;
import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertFalse;
import static org.junit.Assert.assertNotNull;
import static org.junit.Assert.assertTrue;
import static org.junit.Assert.fail;
import static org.mockito.Mockito.mock;
import static org.mockito.Mockito.when;
import java.io.BufferedInputStream;
import java.io.File;
import java.io.IOException;
import java.io.InputStream;
import java.net.MalformedURLException;
import java.net.URL;
import java.util.Arrays;
import java.util.Collections;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import org.apache.logging.log4j.LogManager;
import org.apache.logging.log4j.Logger;
import org.junit.After;
import org.junit.Before;
import org.junit.Rule;
import org.junit.Test;
import org.junit.experimental.categories.Category;
import org.junit.rules.TemporaryFolder;
import org.junit.rules.TestName;
import org.apache.geode.StatisticDescriptor;
import org.apache.geode.Statistics;
import org.apache.geode.StatisticsType;
import org.apache.geode.internal.NanoTimer;
import org.apache.geode.internal.statistics.StatArchiveReader.StatValue;
import org.apache.geode.test.junit.categories.StatisticsTest;
/**
* Integration tests for {@link StatArchiveWriter} and {@link StatArchiveReader}.
*
* @since GemFire 7.0
*/
@Category({StatisticsTest.class})
@SuppressWarnings({"rawtypes", "unused"})
public class StatArchiveWriterReaderIntegrationTest {
private static final Logger logger = LogManager.getLogger();
private File dir;
private Map<String, String> statisticTypes;
private Map<String, Map<String, Number>> allStatistics;
private String archiveFileName;
@Rule
public TemporaryFolder temporaryFolder = new TemporaryFolder();
@Rule
public TestName testName = new TestName();
@Before
public void setUp() throws Exception {
this.statisticTypes = new HashMap<>();
this.allStatistics = new HashMap<>();
this.dir = this.temporaryFolder.getRoot();
this.archiveFileName =
this.dir.getAbsolutePath() + File.separator + this.testName.getMethodName() + ".gfs";
}
@After
public void tearDown() throws Exception {
this.statisticTypes = null;
this.allStatistics = null;
StatisticsTypeFactoryImpl.clear();
}
@Test
public void testDoubleCounterOneSample() throws Exception {
final TestStatisticsManager manager =
new TestStatisticsManager(1, getUniqueName(), WRITER_INITIAL_DATE_MILLIS);
final TestStatisticsSampler sampler = new TestStatisticsSampler(manager);
final SampleCollector sampleCollector = new SampleCollector(sampler);
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
sampleCollector.addSampleHandler(writer);
final StatisticDescriptor[] statsST1 =
new StatisticDescriptor[] {manager.createDoubleCounter("long_double_1", "d1", "u1")};
final StatisticsType ST1 = manager.createType("ST1", "ST1", statsST1);
final Statistics st1_1 = manager.createAtomicStatistics(ST1, "st1_1", 1);
final double value = 32317.716467;
incDouble(st1_1, "long_double_1", value);
final long sampleIncNanos = NANOS_PER_MILLI * 1000;
final long sampleTimeNanos = WRITER_PREVIOUS_TIMESTAMP_NANOS + sampleIncNanos;
sampleCollector.sample(sampleTimeNanos);
writer.close();
final StatisticDescriptor[] sds = ST1.getStatistics();
for (int i = 0; i < sds.length; i++) {
assertEquals(value, st1_1.get(sds[i].getName()));
}
final StatArchiveReader reader =
new StatArchiveReader(new File[] {new File(this.archiveFileName)}, null, false);
// compare all resourceInst values against what was printed above
final List resources = reader.getResourceInstList();
assertNotNull(resources);
assertEquals(1, resources.size());
final StatArchiveReader.ResourceInst ri = (StatArchiveReader.ResourceInst) resources.get(0);
assertNotNull(ri);
final String statsName = ri.getName();
assertNotNull(statsName);
assertEquals("st1_1", statsName);
assertEquals("ST1", ri.getType().getName());
final StatValue[] statValues = ri.getStatValues();
assertNotNull(statValues);
assertEquals(1, statValues.length);
final String statName = ri.getType().getStats()[0].getName();
assertNotNull(statName);
assertEquals("long_double_1", statName);
assertEquals(statName, statValues[0].getDescriptor().getName());
assertEquals(1, statValues[0].getSnapshotsSize());
assertEquals(value, statValues[0].getSnapshotsMostRecent(), 0.01);
final long[] timeStampsMillis = statValues[0].getRawAbsoluteTimeStamps();
assertNotNull(timeStampsMillis);
assertEquals(1, timeStampsMillis.length);
final long initPreviousTimeStampMillis =
NanoTimer.nanosToMillis(WRITER_PREVIOUS_TIMESTAMP_NANOS);
final long timeStampMillis = NanoTimer.nanosToMillis(sampleTimeNanos);
final long deltaMillis = timeStampMillis - initPreviousTimeStampMillis;
assertEquals(NanoTimer.nanosToMillis(sampleIncNanos), deltaMillis);
final long expectedTimeStampMillis = deltaMillis + WRITER_INITIAL_DATE_MILLIS;
assertEquals(expectedTimeStampMillis, timeStampsMillis[0]);
final double[] snapshots = statValues[0].getRawSnapshots();
assertNotNull(snapshots);
assertEquals(1, snapshots.length);
assertEquals(value, snapshots[0], 0.01);
}
@Test
public void testIntCounterOneSample() throws Exception {
final TestStatisticsManager manager =
new TestStatisticsManager(1, getUniqueName(), WRITER_INITIAL_DATE_MILLIS);
final TestStatisticsSampler sampler = new TestStatisticsSampler(manager);
final SampleCollector sampleCollector = new SampleCollector(sampler);
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
sampleCollector.addSampleHandler(writer);
final StatisticDescriptor[] statsST1 =
new StatisticDescriptor[] {manager.createIntCounter("int_counter_1", "d1", "u1")};
final StatisticsType ST1 = manager.createType("ST1", "ST1", statsST1);
final Statistics st1_1 = manager.createAtomicStatistics(ST1, "st1_1", 1);
final long value = 5;
incInt(st1_1, "int_counter_1", (int) value);
final long sampleIncNanos = NANOS_PER_MILLI * 1000;
final long sampleTimeNanos = WRITER_PREVIOUS_TIMESTAMP_NANOS + sampleIncNanos;
sampleCollector.sample(sampleTimeNanos);
writer.close();
final StatisticDescriptor[] sds = ST1.getStatistics();
for (int i = 0; i < sds.length; i++) {
assertEquals(value, st1_1.get(sds[i].getName()));
}
final StatArchiveReader reader =
new StatArchiveReader(new File[] {new File(this.archiveFileName)}, null, false);
// compare all resourceInst values against what was printed above
final List resources = reader.getResourceInstList();
assertNotNull(resources);
assertEquals(1, resources.size());
final StatArchiveReader.ResourceInst ri = (StatArchiveReader.ResourceInst) resources.get(0);
assertNotNull(ri);
final String statsName = ri.getName();
assertNotNull(statsName);
assertEquals("st1_1", statsName);
assertEquals("ST1", ri.getType().getName());
final StatValue[] statValues = ri.getStatValues();
assertNotNull(statValues);
assertEquals(1, statValues.length);
final String statName = ri.getType().getStats()[0].getName();
assertNotNull(statName);
assertEquals("int_counter_1", statName);
assertEquals(statName, statValues[0].getDescriptor().getName());
assertEquals(1, statValues[0].getSnapshotsSize());
assertEquals((double) value, statValues[0].getSnapshotsMostRecent(), 0.01);
final long[] timeStampsMillis = statValues[0].getRawAbsoluteTimeStamps();
assertNotNull(timeStampsMillis);
assertEquals(1, timeStampsMillis.length);
final long initPreviousTimeStampMillis =
NanoTimer.nanosToMillis(WRITER_PREVIOUS_TIMESTAMP_NANOS);
final long timeStampMillis = NanoTimer.nanosToMillis(sampleTimeNanos);
final long deltaMillis = timeStampMillis - initPreviousTimeStampMillis;
assertEquals(NanoTimer.nanosToMillis(sampleIncNanos), deltaMillis);
final long expectedTimeStampMillis = deltaMillis + WRITER_INITIAL_DATE_MILLIS;
assertEquals(expectedTimeStampMillis, timeStampsMillis[0]);
final double[] snapshots = statValues[0].getRawSnapshots();
assertNotNull(snapshots);
assertEquals(1, snapshots.length);
assertEquals((double) value, snapshots[0], 0.01);
}
@Test
public void testIntGaugeOneSample() throws Exception {
final TestStatisticsManager manager =
new TestStatisticsManager(1, getUniqueName(), WRITER_INITIAL_DATE_MILLIS);
final TestStatisticsSampler sampler = new TestStatisticsSampler(manager);
final SampleCollector sampleCollector = new SampleCollector(sampler);
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
sampleCollector.addSampleHandler(writer);
final StatisticDescriptor[] statsST1 =
new StatisticDescriptor[] {manager.createIntGauge("int_gauge_1", "d1", "u1")};
final StatisticsType ST1 = manager.createType("ST1", "ST1", statsST1);
final Statistics st1_1 = manager.createAtomicStatistics(ST1, "st1_1", 1);
final long value = 5;
incInt(st1_1, "int_gauge_1", (int) value);
final long sampleIncNanos = NANOS_PER_MILLI * 1000;
final long sampleTimeNanos = WRITER_PREVIOUS_TIMESTAMP_NANOS + sampleIncNanos;
sampleCollector.sample(sampleTimeNanos);
writer.close();
final StatisticDescriptor[] sds = ST1.getStatistics();
for (int i = 0; i < sds.length; i++) {
assertEquals(value, st1_1.get(sds[i].getName()));
}
final StatArchiveReader reader =
new StatArchiveReader(new File[] {new File(this.archiveFileName)}, null, false);
// compare all resourceInst values against what was printed above
final List resources = reader.getResourceInstList();
assertNotNull(resources);
assertEquals(1, resources.size());
final StatArchiveReader.ResourceInst ri = (StatArchiveReader.ResourceInst) resources.get(0);
assertNotNull(ri);
final String statsName = ri.getName();
assertNotNull(statsName);
assertEquals("st1_1", statsName);
assertEquals("ST1", ri.getType().getName());
final StatValue[] statValues = ri.getStatValues();
assertNotNull(statValues);
assertEquals(1, statValues.length);
final String statName = ri.getType().getStats()[0].getName();
assertNotNull(statName);
assertEquals("int_gauge_1", statName);
assertEquals(statName, statValues[0].getDescriptor().getName());
assertEquals(1, statValues[0].getSnapshotsSize());
assertEquals((double) value, statValues[0].getSnapshotsMostRecent(), 0.01);
final long[] timeStampsMillis = statValues[0].getRawAbsoluteTimeStamps();
assertNotNull(timeStampsMillis);
assertEquals(1, timeStampsMillis.length);
final long initialPreviousTimeStampMillis =
NanoTimer.nanosToMillis(WRITER_PREVIOUS_TIMESTAMP_NANOS);
final long timeStampMillis = NanoTimer.nanosToMillis(sampleTimeNanos);
final long deltaMillis = timeStampMillis - initialPreviousTimeStampMillis;
assertEquals(NanoTimer.nanosToMillis(sampleIncNanos), deltaMillis);
final long expectedTimeStampMillis = deltaMillis + WRITER_INITIAL_DATE_MILLIS;
assertEquals(expectedTimeStampMillis, timeStampsMillis[0]);
final double[] snapshots = statValues[0].getRawSnapshots();
assertNotNull(snapshots);
assertEquals(1, snapshots.length);
assertEquals((double) value, snapshots[0], 0.01);
}
@Test
public void testLongCounterOneSample() throws Exception {
final TestStatisticsManager manager =
new TestStatisticsManager(1, getUniqueName(), WRITER_INITIAL_DATE_MILLIS);
final TestStatisticsSampler sampler = new TestStatisticsSampler(manager);
final SampleCollector sampleCollector = new SampleCollector(sampler);
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
sampleCollector.addSampleHandler(writer);
final StatisticDescriptor[] statsST1 =
new StatisticDescriptor[] {manager.createLongCounter("long_counter_1", "d1", "u1")};
final StatisticsType ST1 = manager.createType("ST1", "ST1", statsST1);
final Statistics st1_1 = manager.createAtomicStatistics(ST1, "st1_1", 1);
final long value = 5;
incLong(st1_1, "long_counter_1", value);
final long sampleIncNanos = NANOS_PER_MILLI * 1000;
final long sampleTimeNanos = WRITER_PREVIOUS_TIMESTAMP_NANOS + sampleIncNanos;
sampleCollector.sample(sampleTimeNanos);
writer.close();
final StatisticDescriptor[] sds = ST1.getStatistics();
for (int i = 0; i < sds.length; i++) {
assertEquals(value, st1_1.get(sds[i].getName()));
}
final StatArchiveReader reader =
new StatArchiveReader(new File[] {new File(this.archiveFileName)}, null, false);
// compare all resourceInst values against what was printed above
final List resources = reader.getResourceInstList();
assertNotNull(resources);
assertEquals(1, resources.size());
final StatArchiveReader.ResourceInst ri = (StatArchiveReader.ResourceInst) resources.get(0);
assertNotNull(ri);
final String statsName = ri.getName();
assertNotNull(statsName);
assertEquals("st1_1", statsName);
assertEquals("ST1", ri.getType().getName());
final StatValue[] statValues = ri.getStatValues();
assertNotNull(statValues);
assertEquals(1, statValues.length);
final String statName = ri.getType().getStats()[0].getName();
assertNotNull(statName);
assertEquals("long_counter_1", statName);
assertEquals(statName, statValues[0].getDescriptor().getName());
assertEquals(1, statValues[0].getSnapshotsSize());
assertEquals((double) value, statValues[0].getSnapshotsMostRecent(), 0.01);
final long[] timeStampsMillis = statValues[0].getRawAbsoluteTimeStamps();
assertNotNull(timeStampsMillis);
assertEquals(1, timeStampsMillis.length);
final long initialPreviousTimeStampMillis =
NanoTimer.nanosToMillis(WRITER_PREVIOUS_TIMESTAMP_NANOS);
final long timeStampMillis = NanoTimer.nanosToMillis(sampleTimeNanos);
final long deltaMillis = timeStampMillis - initialPreviousTimeStampMillis;
assertEquals(NanoTimer.nanosToMillis(sampleIncNanos), deltaMillis);
final long expectedTimeStampMillis = deltaMillis + WRITER_INITIAL_DATE_MILLIS;
assertEquals(expectedTimeStampMillis, timeStampsMillis[0]);
final double[] snapshots = statValues[0].getRawSnapshots();
assertNotNull(snapshots);
assertEquals(1, snapshots.length);
assertEquals((double) value, snapshots[0], 0.01);
}
@Test
public void testLongGaugeOneSample() throws Exception {
final TestStatisticsManager manager =
new TestStatisticsManager(1, getUniqueName(), WRITER_INITIAL_DATE_MILLIS);
final TestStatisticsSampler sampler = new TestStatisticsSampler(manager);
final SampleCollector sampleCollector = new SampleCollector(sampler);
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
sampleCollector.addSampleHandler(writer);
final StatisticDescriptor[] statsST1 =
new StatisticDescriptor[] {manager.createLongGauge("long_gauge_1", "d1", "u1")};
final StatisticsType ST1 = manager.createType("ST1", "ST1", statsST1);
final Statistics st1_1 = manager.createAtomicStatistics(ST1, "st1_1", 1);
incLong(st1_1, "long_gauge_1", 5);
final long sampleTimeNanos = WRITER_PREVIOUS_TIMESTAMP_NANOS + NANOS_PER_MILLI * 2;
sampleCollector.sample(sampleTimeNanos);
writer.close();
final StatisticDescriptor[] sds = ST1.getStatistics();
for (int i = 0; i < sds.length; i++) {
assertEquals(5L, st1_1.get(sds[i].getName()));
}
final StatArchiveReader reader =
new StatArchiveReader(new File[] {new File(this.archiveFileName)}, null, false);
// compare all resourceInst values against what was printed above
final List resources = reader.getResourceInstList();
assertNotNull(resources);
assertEquals(1, resources.size());
final StatArchiveReader.ResourceInst ri = (StatArchiveReader.ResourceInst) resources.get(0);
assertNotNull(ri);
final String statsName = ri.getName();
assertNotNull(statsName);
assertEquals("st1_1", statsName);
assertEquals("ST1", ri.getType().getName());
final StatValue[] statValues = ri.getStatValues();
assertNotNull(statValues);
assertEquals(1, statValues.length);
final String statName = ri.getType().getStats()[0].getName();
assertNotNull(statName);
assertEquals("long_gauge_1", statName);
assertEquals(statName, statValues[0].getDescriptor().getName());
assertEquals(1, statValues[0].getSnapshotsSize());
assertEquals(5.0, statValues[0].getSnapshotsMostRecent(), 0.01);
final long[] timeStampsMillis = statValues[0].getRawAbsoluteTimeStamps();
assertNotNull(timeStampsMillis);
assertEquals(1, timeStampsMillis.length);
final long initialPreviousTimeStampMillis =
NanoTimer.nanosToMillis(WRITER_PREVIOUS_TIMESTAMP_NANOS);
final long timeStampMillis = NanoTimer.nanosToMillis(sampleTimeNanos);
final long deltaMillis = timeStampMillis - initialPreviousTimeStampMillis;
assertEquals(2, deltaMillis);
final long expectedTimeStampMillis = deltaMillis + WRITER_INITIAL_DATE_MILLIS;
assertEquals(expectedTimeStampMillis, timeStampsMillis[0]);
final double[] snapshots = statValues[0].getRawSnapshots();
assertNotNull(snapshots);
assertEquals(1, snapshots.length);
assertEquals(5.0, snapshots[0], 0.01);
}
@Test
public void testLongCounterTwoSamples() throws Exception {
final TestStatisticsManager manager =
new TestStatisticsManager(1, getUniqueName(), WRITER_INITIAL_DATE_MILLIS);
final TestStatisticsSampler sampler = new TestStatisticsSampler(manager);
final SampleCollector sampleCollector = new SampleCollector(sampler);
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
sampleCollector.addSampleHandler(writer);
final StatisticDescriptor[] statsST1 =
new StatisticDescriptor[] {manager.createLongCounter("long_counter_1", "d1", "u1")};
final StatisticsType ST1 = manager.createType("ST1", "ST1", statsST1);
final Statistics st1_1 = manager.createAtomicStatistics(ST1, "st1_1", 1);
final long value1 = 5;
incLong(st1_1, "long_counter_1", value1);
final long sampleIncNanos = NANOS_PER_MILLI * 1000;
long sampleTimeNanos = WRITER_PREVIOUS_TIMESTAMP_NANOS + sampleIncNanos;
sampleCollector.sample(sampleTimeNanos);
final long value2 = 15;
incLong(st1_1, "long_counter_1", value2);
sampleTimeNanos += sampleIncNanos;
sampleCollector.sample(sampleTimeNanos);
writer.close();
final StatisticDescriptor[] sds = ST1.getStatistics();
for (int i = 0; i < sds.length; i++) {
assertEquals(value1 + value2, st1_1.get(sds[i].getName()));
}
final StatArchiveReader reader =
new StatArchiveReader(new File[] {new File(this.archiveFileName)}, null, false);
// compare all resourceInst values against what was printed above
final List resources = reader.getResourceInstList();
assertNotNull(resources);
assertEquals(1, resources.size());
final StatArchiveReader.ResourceInst ri = (StatArchiveReader.ResourceInst) resources.get(0);
assertNotNull(ri);
final String statsName = ri.getName();
assertNotNull(statsName);
assertEquals("st1_1", statsName);
assertEquals("ST1", ri.getType().getName());
final StatValue[] statValues = ri.getStatValues();
assertNotNull(statValues);
assertEquals(1, statValues.length);
statValues[0].setFilter(StatValue.FILTER_NONE);
final String statName = ri.getType().getStats()[0].getName();
assertNotNull(statName);
assertEquals("long_counter_1", statName);
assertEquals(statName, statValues[0].getDescriptor().getName());
assertEquals(2, statValues[0].getSnapshotsSize());
assertEquals((double) (value1 + value2), statValues[0].getSnapshotsMostRecent(), 0.01);
final long[] timeStampsMillis = statValues[0].getRawAbsoluteTimeStamps();
assertNotNull(timeStampsMillis);
assertEquals(2, timeStampsMillis.length);
final long initialPreviousTimeStampMillis =
NanoTimer.nanosToMillis(WRITER_PREVIOUS_TIMESTAMP_NANOS);
final long timeStampMillis = NanoTimer.nanosToMillis(sampleTimeNanos);
final long deltaMillis = timeStampMillis - initialPreviousTimeStampMillis;
assertEquals(NanoTimer.nanosToMillis(sampleIncNanos * 2), deltaMillis);
long expectedTimeStampMillis = WRITER_INITIAL_DATE_MILLIS;
for (int i = 0; i < timeStampsMillis.length; i++) {
expectedTimeStampMillis += 1000;
assertEquals("expectedTimeStampMillis for " + i + " is wrong", expectedTimeStampMillis,
timeStampsMillis[i]);
}
final double[] snapshots = statValues[0].getRawSnapshots();
assertNotNull(snapshots);
assertEquals(2, snapshots.length);
assertEquals((double) value1, snapshots[0], 0.01);
assertEquals((double) (value1 + value2), snapshots[1], 0.01);
}
/**
* Tests the stat archive file written by StatArchiveWriter.
*/
@Test
public void testWriteAfterSamplingBegins() throws Exception {
final TestStatisticsManager manager =
new TestStatisticsManager(1, getUniqueName(), WRITER_INITIAL_DATE_MILLIS);
final TestStatisticsSampler sampler = new TestStatisticsSampler(manager);
final SampleCollector sampleCollector = new SampleCollector(sampler);
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS - 2000)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
sampleCollector.addSampleHandler(writer);
long sampleTimeNanos = WRITER_PREVIOUS_TIMESTAMP_NANOS + NANOS_PER_MILLI * 1000;
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 1) create ST1 and st1_1
final StatisticDescriptor[] statsST1 =
new StatisticDescriptor[] {manager.createDoubleCounter("double_counter_1", "d1", "u1"),
manager.createDoubleCounter("double_counter_2", "d2", "u2", true),
manager.createDoubleGauge("double_gauge_3", "d3", "u3"),
manager.createDoubleGauge("double_gauge_4", "d4", "u4", false),
manager.createIntCounter("int_counter_5", "d5", "u5"),
manager.createIntCounter("int_counter_6", "d6", "u6", true),
manager.createIntGauge("int_gauge_7", "d7", "u7"),
manager.createIntGauge("int_gauge_8", "d8", "u8", false),
manager.createLongCounter("long_counter_9", "d9", "u9"),
manager.createLongCounter("long_counter_10", "d10", "u10", true),
manager.createLongGauge("long_gauge_11", "d11", "u11"),
manager.createLongGauge("long_gauge_12", "d12", "u12", false)};
final StatisticsType ST1 = manager.createType("ST1", "ST1", statsST1);
final Statistics st1_1 = manager.createAtomicStatistics(ST1, "st1_1", 1);
// 2) create st1_2
final Statistics st1_2 = manager.createAtomicStatistics(ST1, "st1_2", 2);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 3) some new values
incDouble(st1_1, "double_counter_1", 18347.94880);
incDouble(st1_1, "double_gauge_4", 24885.02346);
incInt(st1_1, "int_counter_5", 3);
incInt(st1_1, "int_gauge_8", 4);
incLong(st1_1, "long_counter_9", 1073741824);
incLong(st1_1, "long_gauge_12", 154367897);
incDouble(st1_2, "double_counter_2", 346.95);
incDouble(st1_2, "double_gauge_3", 9865.23008);
incInt(st1_2, "int_counter_6", 4);
incInt(st1_2, "int_gauge_7", 3);
incLong(st1_2, "long_counter_10", 3497536);
incLong(st1_2, "long_gauge_11", 103909646);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 4) all new values
incDouble(st1_1, "double_counter_1", 1.098367);
incDouble(st1_1, "double_counter_2", 50247.0983254);
incDouble(st1_1, "double_gauge_3", 987654.2344);
incDouble(st1_1, "double_gauge_4", 23.097);
incInt(st1_1, "int_counter_5", 3);
incInt(st1_1, "int_counter_6", 4);
incInt(st1_1, "int_gauge_7", 3);
incInt(st1_1, "int_gauge_8", 4);
incLong(st1_1, "long_counter_9", 5);
incLong(st1_1, "long_counter_10", 465793);
incLong(st1_1, "long_gauge_11", -203050);
incLong(st1_1, "long_gauge_12", 6);
incDouble(st1_2, "double_counter_1", 0.000846643);
incDouble(st1_2, "double_counter_2", 4.0);
incDouble(st1_2, "double_gauge_3", -4.0);
incDouble(st1_2, "double_gauge_4", 19276.0346624);
incInt(st1_2, "int_counter_5", 1);
incInt(st1_2, "int_counter_6", 2);
incInt(st1_2, "int_gauge_7", -1);
incInt(st1_2, "int_gauge_8", -2);
incLong(st1_2, "long_counter_9", 309876);
incLong(st1_2, "long_counter_10", 4);
incLong(st1_2, "long_gauge_11", -4);
incLong(st1_2, "long_gauge_12", 1098764);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 5) no new values
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 6) some new values
incDouble(st1_1, "double_counter_2", 10.255);
incDouble(st1_1, "double_gauge_3", -4123.05);
incInt(st1_1, "int_counter_6", 2);
incInt(st1_1, "int_gauge_7", 3);
incLong(st1_1, "long_counter_10", 4);
incLong(st1_1, "long_gauge_11", -2);
incDouble(st1_2, "double_counter_1", 5.00007634);
incDouble(st1_2, "double_gauge_4", 16904.06524);
incInt(st1_2, "int_counter_5", 4);
incInt(st1_2, "int_gauge_8", 1);
incLong(st1_2, "long_counter_9", 8);
incLong(st1_2, "long_gauge_12", 10);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 7) all new values
incDouble(st1_1, "double_counter_1", 4065.340);
incDouble(st1_1, "double_counter_2", 2.01342568);
incDouble(st1_1, "double_gauge_3", 1.367890);
incDouble(st1_1, "double_gauge_4", 8.0549003);
incInt(st1_1, "int_counter_5", 2);
incInt(st1_1, "int_counter_6", 9);
incInt(st1_1, "int_gauge_7", 1);
incInt(st1_1, "int_gauge_8", 2);
incLong(st1_1, "long_counter_9", 6);
incLong(st1_1, "long_counter_10", 2);
incLong(st1_1, "long_gauge_11", -10);
incLong(st1_1, "long_gauge_12", 8);
incDouble(st1_2, "double_counter_1", 128.2450);
incDouble(st1_2, "double_counter_2", 113.550);
incDouble(st1_2, "double_gauge_3", 21.0676);
incDouble(st1_2, "double_gauge_4", 2.01346);
incInt(st1_2, "int_counter_5", 3);
incInt(st1_2, "int_counter_6", 4);
incInt(st1_2, "int_gauge_7", 4);
incInt(st1_2, "int_gauge_8", 2);
incLong(st1_2, "long_counter_9", 1);
incLong(st1_2, "long_counter_10", 2);
incLong(st1_2, "long_gauge_11", 3);
incLong(st1_2, "long_gauge_12", -2);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 8) create ST2 and ST3 and st2_1 and st3_1 and st3_2
final StatisticDescriptor[] statsST2 =
new StatisticDescriptor[] {manager.createIntGauge("int_gauge_7", "d7", "u7"),
manager.createIntGauge("int_gauge_8", "d8", "u8", false),
manager.createLongCounter("long_counter_9", "d9", "u9"),
manager.createLongCounter("long_counter_10", "d10", "u10", true),
manager.createLongGauge("long_gauge_11", "d11", "u11"),
manager.createLongGauge("long_gauge_12", "d12", "u12", false)};
final StatisticsType ST2 = manager.createType("ST2", "ST2", statsST2);
final Statistics st2_1 = manager.createAtomicStatistics(ST2, "st2_1", 1);
final StatisticDescriptor[] statsST3 =
new StatisticDescriptor[] {manager.createDoubleCounter("double_counter_1", "d1", "u1"),
manager.createDoubleCounter("double_counter_2", "d2", "u2", true),
manager.createDoubleGauge("double_gauge_3", "d3", "u3"),
manager.createDoubleGauge("double_gauge_4", "d4", "u4", false),
manager.createIntCounter("int_counter_5", "d5", "u5"),
manager.createIntCounter("int_counter_6", "d6", "u6", true),};
final StatisticsType ST3 = manager.createType("ST3", "ST3", statsST3);
final Statistics st3_1 = manager.createAtomicStatistics(ST3, "st3_1", 1);
final Statistics st3_2 = manager.createAtomicStatistics(ST3, "st3_2", 2);
// 9) all new values
incDouble(st1_1, "double_counter_1", 9499.10);
incDouble(st1_1, "double_counter_2", 83.0);
incDouble(st1_1, "double_gauge_3", -7.05678);
incDouble(st1_1, "double_gauge_4", 5111.031);
incInt(st1_1, "int_counter_5", 1);
incInt(st1_1, "int_counter_6", 3);
incInt(st1_1, "int_gauge_7", 9);
incInt(st1_1, "int_gauge_8", -3);
incLong(st1_1, "long_counter_9", 3);
incLong(st1_1, "long_counter_10", 8);
incLong(st1_1, "long_gauge_11", 5);
incLong(st1_1, "long_gauge_12", 4);
incDouble(st1_2, "double_counter_1", 2509.0235);
incDouble(st1_2, "double_counter_2", 409.10063);
incDouble(st1_2, "double_gauge_3", -42.66904);
incDouble(st1_2, "double_gauge_4", 21.0098);
incInt(st1_2, "int_counter_5", 8);
incInt(st1_2, "int_counter_6", 9);
incInt(st1_2, "int_gauge_7", -2);
incInt(st1_2, "int_gauge_8", 6);
incLong(st1_2, "long_counter_9", 4);
incLong(st1_2, "long_counter_10", 5);
incLong(st1_2, "long_gauge_11", 5);
incLong(st1_2, "long_gauge_12", -1);
incInt(st2_1, "int_gauge_7", 2);
incInt(st2_1, "int_gauge_8", -1);
incLong(st2_1, "long_counter_9", 1002948);
incLong(st2_1, "long_counter_10", 29038856);
incLong(st2_1, "long_gauge_11", -2947465);
incLong(st2_1, "long_gauge_12", 4934745);
incDouble(st3_1, "double_counter_1", 562.0458);
incDouble(st3_1, "double_counter_2", 14.0086);
incDouble(st3_1, "double_gauge_3", -2.0);
incDouble(st3_1, "double_gauge_4", 1.0);
incInt(st3_1, "int_counter_5", 2);
incInt(st3_1, "int_counter_6", 1);
incDouble(st3_2, "double_counter_1", 33.087);
incDouble(st3_2, "double_counter_2", 2.02);
incDouble(st3_2, "double_gauge_3", 1.06);
incDouble(st3_2, "double_gauge_4", 3.021);
incInt(st3_2, "int_counter_5", 1);
incInt(st3_2, "int_counter_6", 4);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 10) some new values
incDouble(st1_1, "double_counter_1", 3.014);
incDouble(st1_1, "double_gauge_3", 57.003);
incInt(st1_1, "int_counter_5", 3);
incInt(st1_1, "int_gauge_7", 5);
incLong(st1_1, "long_counter_9", 1);
incLong(st1_1, "long_gauge_11", 1);
incDouble(st1_2, "double_counter_2", 20.107);
incDouble(st1_2, "double_gauge_4", 1.5078);
incInt(st1_2, "int_counter_6", 1);
incInt(st1_2, "int_gauge_8", -1);
incLong(st1_2, "long_counter_10", 1073741824);
incLong(st1_2, "long_gauge_12", 5);
incInt(st2_1, "int_gauge_7", 2);
incLong(st2_1, "long_counter_9", 2);
incLong(st2_1, "long_gauge_11", -2);
incDouble(st3_1, "double_counter_1", 24.80097);
incDouble(st3_1, "double_gauge_3", -22.09834);
incInt(st3_1, "int_counter_5", 2);
incDouble(st3_2, "double_counter_2", 21.0483);
incDouble(st3_2, "double_gauge_4", 36310.012);
incInt(st3_2, "int_counter_6", 4);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 11) remove ST2 and st2_1
manager.destroyStatistics(st2_1);
// 12) some new values
incDouble(st1_1, "double_counter_1", 339.0803);
incDouble(st1_1, "double_counter_2", 21.06);
incDouble(st1_1, "double_gauge_3", 12.056);
incDouble(st1_1, "double_gauge_4", 27.108);
incInt(st1_1, "int_counter_5", 2);
incInt(st1_1, "int_counter_6", 4);
incInt(st1_2, "int_gauge_7", 4);
incInt(st1_2, "int_gauge_8", 7);
incLong(st1_2, "long_counter_9", 8);
incLong(st1_2, "long_counter_10", 4);
incLong(st1_2, "long_gauge_11", 2);
incLong(st1_2, "long_gauge_12", 1);
incDouble(st3_1, "double_counter_1", 41.103);
incDouble(st3_1, "double_counter_2", 2.0333);
incDouble(st3_1, "double_gauge_3", -14.0);
incDouble(st3_2, "double_gauge_4", 26.01);
incInt(st3_2, "int_counter_5", 3);
incInt(st3_2, "int_counter_6", 1);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 13) no new values
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 14) remove st1_2
manager.destroyStatistics(st1_2);
// 15) all new values
incDouble(st1_1, "double_counter_1", 62.1350);
incDouble(st1_1, "double_counter_2", 33.306);
incDouble(st1_1, "double_gauge_3", 41.1340);
incDouble(st1_1, "double_gauge_4", -1.04321);
incInt(st1_1, "int_counter_5", 2);
incInt(st1_1, "int_counter_6", 2);
incInt(st1_1, "int_gauge_7", 1);
incInt(st1_1, "int_gauge_8", 9);
incLong(st1_1, "long_counter_9", 2);
incLong(st1_1, "long_counter_10", 5);
incLong(st1_1, "long_gauge_11", 3);
incLong(st1_1, "long_gauge_12", -2);
incDouble(st3_1, "double_counter_1", 3461.0153);
incDouble(st3_1, "double_counter_2", 5.03167);
incDouble(st3_1, "double_gauge_3", -1.31051);
incDouble(st3_1, "double_gauge_4", 71.031);
incInt(st3_1, "int_counter_5", 4);
incInt(st3_1, "int_counter_6", 2);
incDouble(st3_2, "double_counter_1", 531.5608);
incDouble(st3_2, "double_counter_2", 55.0532);
incDouble(st3_2, "double_gauge_3", 8.40956);
incDouble(st3_2, "double_gauge_4", 23230.0462);
incInt(st3_2, "int_counter_5", 9);
incInt(st3_2, "int_counter_6", 5);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// close the writer
writer.close();
// print out all the stat values
if (false) {
StatisticDescriptor[] sds = ST1.getStatistics();
for (int i = 0; i < sds.length; i++) {
logger.info("testWriteAfterSamplingBegins#st1_1#" + sds[i].getName() + "="
+ st1_1.get(sds[i].getName()));
}
for (int i = 0; i < sds.length; i++) {
logger.info("testWriteAfterSamplingBegins#st1_2#" + sds[i].getName() + "="
+ st1_2.get(sds[i].getName()));
}
sds = ST2.getStatistics();
for (int i = 0; i < sds.length; i++) {
logger.info("testWriteAfterSamplingBegins#st2_1#" + sds[i].getName() + "="
+ st2_1.get(sds[i].getName()));
}
sds = ST3.getStatistics();
for (int i = 0; i < sds.length; i++) {
logger.info("testWriteAfterSamplingBegins#st3_1#" + sds[i].getName() + "="
+ st3_1.get(sds[i].getName()));
}
for (int i = 0; i < sds.length; i++) {
logger.info("testWriteAfterSamplingBegins#st3_2#" + sds[i].getName() + "="
+ st3_2.get(sds[i].getName()));
}
}
// validate that stat archive file exists
final File actual = new File(this.archiveFileName);
assertTrue(actual.exists());
// validate content of stat archive file using StatArchiveReader
final StatArchiveReader reader = new StatArchiveReader(new File[] {actual}, null, false);
// compare all resourceInst values against what was printed above
final List resources = reader.getResourceInstList();
for (final Iterator iter = resources.iterator(); iter.hasNext();) {
final StatArchiveReader.ResourceInst ri = (StatArchiveReader.ResourceInst) iter.next();
final String resourceName = ri.getName();
assertNotNull(resourceName);
final String expectedStatsType = this.statisticTypes.get(resourceName);
assertNotNull(expectedStatsType);
assertEquals(expectedStatsType, ri.getType().getName());
final Map<String, Number> expectedStatValues = this.allStatistics.get(resourceName);
assertNotNull(expectedStatValues);
final StatValue[] statValues = ri.getStatValues();
for (int i = 0; i < statValues.length; i++) {
final String statName = ri.getType().getStats()[i].getName();
assertNotNull(statName);
assertNotNull(expectedStatValues.get(statName));
assertEquals(statName, statValues[i].getDescriptor().getName());
statValues[i].setFilter(StatValue.FILTER_NONE);
final double[] rawSnapshots = statValues[i].getRawSnapshots();
// for (int j = 0; j < rawSnapshots.length; j++) {
// logger.info("DEBUG " + ri.getName() + " " + statName + " rawSnapshots[" + j + "] = " +
// rawSnapshots[j]);
// }
assertEquals("Value " + i + " for " + statName + " is wrong: " + expectedStatValues,
expectedStatValues.get(statName).doubleValue(), statValues[i].getSnapshotsMostRecent(),
0.01);
}
}
// validate byte content of stat archive file against saved expected file
final File expected = new File(createTempFileFromResource(getClass(),
"StatArchiveWriterReaderJUnitTest_" + this.testName.getMethodName() + "_expected.gfs")
.getAbsolutePath());
assertTrue(expected + " does not exist!", expected.exists());
assertEquals(expected.length(), actual.length());
assertTrue("Actual stat archive file: " + actual.getAbsolutePath()
+ " bytes differ from expected stat archive file bytes!",
Arrays.equals(readBytes(expected), readBytes(actual)));
}
/**
* Tests the stat archive file written by StatArchiveWriter.
*/
@Test
public void testWriteWhenSamplingBegins() throws Exception {
final TestStatisticsManager manager =
new TestStatisticsManager(1, getUniqueName(), WRITER_INITIAL_DATE_MILLIS);
final TestStatisticsSampler sampler = new TestStatisticsSampler(manager);
final SampleCollector sampleCollector = new SampleCollector(sampler);
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS - 2000)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
sampleCollector.addSampleHandler(writer);
long sampleTimeNanos = WRITER_PREVIOUS_TIMESTAMP_NANOS + NANOS_PER_MILLI * 1000;
// 1) create ST1 and st1_1
final StatisticDescriptor[] statsST1 =
new StatisticDescriptor[] {manager.createDoubleCounter("double_counter_1", "d1", "u1"),
manager.createDoubleCounter("double_counter_2", "d2", "u2", true),
manager.createDoubleGauge("double_gauge_3", "d3", "u3"),
manager.createDoubleGauge("double_gauge_4", "d4", "u4", false),
manager.createIntCounter("int_counter_5", "d5", "u5"),
manager.createIntCounter("int_counter_6", "d6", "u6", true),
manager.createIntGauge("int_gauge_7", "d7", "u7"),
manager.createIntGauge("int_gauge_8", "d8", "u8", false),
manager.createLongCounter("long_counter_9", "d9", "u9"),
manager.createLongCounter("long_counter_10", "d10", "u10", true),
manager.createLongGauge("long_gauge_11", "d11", "u11"),
manager.createLongGauge("long_gauge_12", "d12", "u12", false)};
final StatisticsType ST1 = manager.createType("ST1", "ST1", statsST1);
final Statistics st1_1 = manager.createAtomicStatistics(ST1, "st1_1", 1);
// 2) create st1_2
final Statistics st1_2 = manager.createAtomicStatistics(ST1, "st1_2", 2);
// 3) some new values
incDouble(st1_1, "double_counter_1", 18347.94880);
incDouble(st1_1, "double_gauge_4", 24885.02346);
incInt(st1_1, "int_counter_5", 3);
incInt(st1_1, "int_gauge_8", 4);
incLong(st1_1, "long_counter_9", 1073741824);
incLong(st1_1, "long_gauge_12", 154367897);
incDouble(st1_2, "double_counter_2", 346.95);
incDouble(st1_2, "double_gauge_3", 9865.23008);
incInt(st1_2, "int_counter_6", 4);
incInt(st1_2, "int_gauge_7", 3);
incLong(st1_2, "long_counter_10", 3497536);
incLong(st1_2, "long_gauge_11", 103909646);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 4) all new values
incDouble(st1_1, "double_counter_1", 1.098367);
incDouble(st1_1, "double_counter_2", 50247.0983254);
incDouble(st1_1, "double_gauge_3", 987654.2344);
incDouble(st1_1, "double_gauge_4", 23.097);
incInt(st1_1, "int_counter_5", 3);
incInt(st1_1, "int_counter_6", 4);
incInt(st1_1, "int_gauge_7", 3);
incInt(st1_1, "int_gauge_8", 4);
incLong(st1_1, "long_counter_9", 5);
incLong(st1_1, "long_counter_10", 465793);
incLong(st1_1, "long_gauge_11", -203050);
incLong(st1_1, "long_gauge_12", 6);
incDouble(st1_2, "double_counter_1", 0.000846643);
incDouble(st1_2, "double_counter_2", 4.0);
incDouble(st1_2, "double_gauge_3", -4.0);
incDouble(st1_2, "double_gauge_4", 19276.0346624);
incInt(st1_2, "int_counter_5", 1);
incInt(st1_2, "int_counter_6", 2);
incInt(st1_2, "int_gauge_7", -1);
incInt(st1_2, "int_gauge_8", -2);
incLong(st1_2, "long_counter_9", 309876);
incLong(st1_2, "long_counter_10", 4);
incLong(st1_2, "long_gauge_11", -4);
incLong(st1_2, "long_gauge_12", 1098764);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 5) no new values
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 6) some new values
incDouble(st1_1, "double_counter_2", 10.255);
incDouble(st1_1, "double_gauge_3", -4123.05);
incInt(st1_1, "int_counter_6", 2);
incInt(st1_1, "int_gauge_7", 3);
incLong(st1_1, "long_counter_10", 4);
incLong(st1_1, "long_gauge_11", -2);
incDouble(st1_2, "double_counter_1", 5.00007634);
incDouble(st1_2, "double_gauge_4", 16904.06524);
incInt(st1_2, "int_counter_5", 4);
incInt(st1_2, "int_gauge_8", 1);
incLong(st1_2, "long_counter_9", 8);
incLong(st1_2, "long_gauge_12", 10);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 7) all new values
incDouble(st1_1, "double_counter_1", 4065.340);
incDouble(st1_1, "double_counter_2", 2.01342568);
incDouble(st1_1, "double_gauge_3", 1.367890);
incDouble(st1_1, "double_gauge_4", 8.0549003);
incInt(st1_1, "int_counter_5", 2);
incInt(st1_1, "int_counter_6", 9);
incInt(st1_1, "int_gauge_7", 1);
incInt(st1_1, "int_gauge_8", 2);
incLong(st1_1, "long_counter_9", 6);
incLong(st1_1, "long_counter_10", 2);
incLong(st1_1, "long_gauge_11", -10);
incLong(st1_1, "long_gauge_12", 8);
incDouble(st1_2, "double_counter_1", 128.2450);
incDouble(st1_2, "double_counter_2", 113.550);
incDouble(st1_2, "double_gauge_3", 21.0676);
incDouble(st1_2, "double_gauge_4", 2.01346);
incInt(st1_2, "int_counter_5", 3);
incInt(st1_2, "int_counter_6", 4);
incInt(st1_2, "int_gauge_7", 4);
incInt(st1_2, "int_gauge_8", 2);
incLong(st1_2, "long_counter_9", 1);
incLong(st1_2, "long_counter_10", 2);
incLong(st1_2, "long_gauge_11", 3);
incLong(st1_2, "long_gauge_12", -2);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 8) create ST2 and ST3 and st2_1 and st3_1 and st3_2
final StatisticDescriptor[] statsST2 =
new StatisticDescriptor[] {manager.createIntGauge("int_gauge_7", "d7", "u7"),
manager.createIntGauge("int_gauge_8", "d8", "u8", false),
manager.createLongCounter("long_counter_9", "d9", "u9"),
manager.createLongCounter("long_counter_10", "d10", "u10", true),
manager.createLongGauge("long_gauge_11", "d11", "u11"),
manager.createLongGauge("long_gauge_12", "d12", "u12", false)};
final StatisticsType ST2 = manager.createType("ST2", "ST2", statsST2);
final Statistics st2_1 = manager.createAtomicStatistics(ST2, "st2_1", 1);
final StatisticDescriptor[] statsST3 =
new StatisticDescriptor[] {manager.createDoubleCounter("double_counter_1", "d1", "u1"),
manager.createDoubleCounter("double_counter_2", "d2", "u2", true),
manager.createDoubleGauge("double_gauge_3", "d3", "u3"),
manager.createDoubleGauge("double_gauge_4", "d4", "u4", false),
manager.createIntCounter("int_counter_5", "d5", "u5"),
manager.createIntCounter("int_counter_6", "d6", "u6", true),};
final StatisticsType ST3 = manager.createType("ST3", "ST3", statsST3);
final Statistics st3_1 = manager.createAtomicStatistics(ST3, "st3_1", 1);
final Statistics st3_2 = manager.createAtomicStatistics(ST3, "st3_2", 2);
// 9) all new values
incDouble(st1_1, "double_counter_1", 9499.10);
incDouble(st1_1, "double_counter_2", 83.0);
incDouble(st1_1, "double_gauge_3", -7.05678);
incDouble(st1_1, "double_gauge_4", 5111.031);
incInt(st1_1, "int_counter_5", 1);
incInt(st1_1, "int_counter_6", 3);
incInt(st1_1, "int_gauge_7", 9);
incInt(st1_1, "int_gauge_8", -3);
incLong(st1_1, "long_counter_9", 3);
incLong(st1_1, "long_counter_10", 8);
incLong(st1_1, "long_gauge_11", 5);
incLong(st1_1, "long_gauge_12", 4);
incDouble(st1_2, "double_counter_1", 2509.0235);
incDouble(st1_2, "double_counter_2", 409.10063);
incDouble(st1_2, "double_gauge_3", -42.66904);
incDouble(st1_2, "double_gauge_4", 21.0098);
incInt(st1_2, "int_counter_5", 8);
incInt(st1_2, "int_counter_6", 9);
incInt(st1_2, "int_gauge_7", -2);
incInt(st1_2, "int_gauge_8", 6);
incLong(st1_2, "long_counter_9", 4);
incLong(st1_2, "long_counter_10", 5);
incLong(st1_2, "long_gauge_11", 5);
incLong(st1_2, "long_gauge_12", -1);
incInt(st2_1, "int_gauge_7", 2);
incInt(st2_1, "int_gauge_8", -1);
incLong(st2_1, "long_counter_9", 1002948);
incLong(st2_1, "long_counter_10", 29038856);
incLong(st2_1, "long_gauge_11", -2947465);
incLong(st2_1, "long_gauge_12", 4934745);
incDouble(st3_1, "double_counter_1", 562.0458);
incDouble(st3_1, "double_counter_2", 14.0086);
incDouble(st3_1, "double_gauge_3", -2.0);
incDouble(st3_1, "double_gauge_4", 1.0);
incInt(st3_1, "int_counter_5", 2);
incInt(st3_1, "int_counter_6", 1);
incDouble(st3_2, "double_counter_1", 33.087);
incDouble(st3_2, "double_counter_2", 2.02);
incDouble(st3_2, "double_gauge_3", 1.06);
incDouble(st3_2, "double_gauge_4", 3.021);
incInt(st3_2, "int_counter_5", 1);
incInt(st3_2, "int_counter_6", 4);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 10) some new values
incDouble(st1_1, "double_counter_1", 3.014);
incDouble(st1_1, "double_gauge_3", 57.003);
incInt(st1_1, "int_counter_5", 3);
incInt(st1_1, "int_gauge_7", 5);
incLong(st1_1, "long_counter_9", 1);
incLong(st1_1, "long_gauge_11", 1);
incDouble(st1_2, "double_counter_2", 20.107);
incDouble(st1_2, "double_gauge_4", 1.5078);
incInt(st1_2, "int_counter_6", 1);
incInt(st1_2, "int_gauge_8", -1);
incLong(st1_2, "long_counter_10", 1073741824);
incLong(st1_2, "long_gauge_12", 5);
incInt(st2_1, "int_gauge_7", 2);
incLong(st2_1, "long_counter_9", 2);
incLong(st2_1, "long_gauge_11", -2);
incDouble(st3_1, "double_counter_1", 24.80097);
incDouble(st3_1, "double_gauge_3", -22.09834);
incInt(st3_1, "int_counter_5", 2);
incDouble(st3_2, "double_counter_2", 21.0483);
incDouble(st3_2, "double_gauge_4", 36310.012);
incInt(st3_2, "int_counter_6", 4);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 11) remove ST2 and st2_1
manager.destroyStatistics(st2_1);
// 12) some new values
incDouble(st1_1, "double_counter_1", 339.0803);
incDouble(st1_1, "double_counter_2", 21.06);
incDouble(st1_1, "double_gauge_3", 12.056);
incDouble(st1_1, "double_gauge_4", 27.108);
incInt(st1_1, "int_counter_5", 2);
incInt(st1_1, "int_counter_6", 4);
incInt(st1_2, "int_gauge_7", 4);
incInt(st1_2, "int_gauge_8", 7);
incLong(st1_2, "long_counter_9", 8);
incLong(st1_2, "long_counter_10", 4);
incLong(st1_2, "long_gauge_11", 2);
incLong(st1_2, "long_gauge_12", 1);
incDouble(st3_1, "double_counter_1", 41.103);
incDouble(st3_1, "double_counter_2", 2.0333);
incDouble(st3_1, "double_gauge_3", -14.0);
incDouble(st3_2, "double_gauge_4", 26.01);
incInt(st3_2, "int_counter_5", 3);
incInt(st3_2, "int_counter_6", 1);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 13) no new values
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// 14) remove st1_2
manager.destroyStatistics(st1_2);
// 15) all new values
incDouble(st1_1, "double_counter_1", 62.1350);
incDouble(st1_1, "double_counter_2", 33.306);
incDouble(st1_1, "double_gauge_3", 41.1340);
incDouble(st1_1, "double_gauge_4", -1.04321);
incInt(st1_1, "int_counter_5", 2);
incInt(st1_1, "int_counter_6", 2);
incInt(st1_1, "int_gauge_7", 1);
incInt(st1_1, "int_gauge_8", 9);
incLong(st1_1, "long_counter_9", 2);
incLong(st1_1, "long_counter_10", 5);
incLong(st1_1, "long_gauge_11", 3);
incLong(st1_1, "long_gauge_12", -2);
incDouble(st3_1, "double_counter_1", 3461.0153);
incDouble(st3_1, "double_counter_2", 5.03167);
incDouble(st3_1, "double_gauge_3", -1.31051);
incDouble(st3_1, "double_gauge_4", 71.031);
incInt(st3_1, "int_counter_5", 4);
incInt(st3_1, "int_counter_6", 2);
incDouble(st3_2, "double_counter_1", 531.5608);
incDouble(st3_2, "double_counter_2", 55.0532);
incDouble(st3_2, "double_gauge_3", 8.40956);
incDouble(st3_2, "double_gauge_4", 23230.0462);
incInt(st3_2, "int_counter_5", 9);
incInt(st3_2, "int_counter_6", 5);
sampleCollector.sample(sampleTimeNanos += (1000 * NANOS_PER_MILLI));
// close the writer
writer.close();
// print out all the stat values
if (false) {
StatisticDescriptor[] sds = ST1.getStatistics();
for (int i = 0; i < sds.length; i++) {
logger.info("testWriteAfterSamplingBegins#st1_1#" + sds[i].getName() + "="
+ st1_1.get(sds[i].getName()));
}
for (int i = 0; i < sds.length; i++) {
logger.info("testWriteAfterSamplingBegins#st1_2#" + sds[i].getName() + "="
+ st1_2.get(sds[i].getName()));
}
sds = ST2.getStatistics();
for (int i = 0; i < sds.length; i++) {
logger.info("testWriteAfterSamplingBegins#st2_1#" + sds[i].getName() + "="
+ st2_1.get(sds[i].getName()));
}
sds = ST3.getStatistics();
for (int i = 0; i < sds.length; i++) {
logger.info("testWriteAfterSamplingBegins#st3_1#" + sds[i].getName() + "="
+ st3_1.get(sds[i].getName()));
}
for (int i = 0; i < sds.length; i++) {
logger.info("testWriteAfterSamplingBegins#st3_2#" + sds[i].getName() + "="
+ st3_2.get(sds[i].getName()));
}
}
// validate that stat archive file exists
final File actual = new File(this.archiveFileName);
assertTrue(actual.exists());
// validate content of stat archive file using StatArchiveReader
final StatArchiveReader reader = new StatArchiveReader(new File[] {actual}, null, false);
// compare all resourceInst values against what was printed above
final List resources = reader.getResourceInstList();
for (final Iterator iter = resources.iterator(); iter.hasNext();) {
final StatArchiveReader.ResourceInst ri = (StatArchiveReader.ResourceInst) iter.next();
final String resourceName = ri.getName();
assertNotNull(resourceName);
final String expectedStatsType = this.statisticTypes.get(resourceName);
assertNotNull(expectedStatsType);
assertEquals(expectedStatsType, ri.getType().getName());
final Map<String, Number> expectedStatValues = this.allStatistics.get(resourceName);
assertNotNull(expectedStatValues);
final StatValue[] statValues = ri.getStatValues();
for (int i = 0; i < statValues.length; i++) {
final String statName = ri.getType().getStats()[i].getName();
assertNotNull(statName);
assertNotNull(expectedStatValues.get(statName));
assertEquals(statName, statValues[i].getDescriptor().getName());
statValues[i].setFilter(StatValue.FILTER_NONE);
final double[] rawSnapshots = statValues[i].getRawSnapshots();
// for (int j = 0; j < rawSnapshots.length; j++) {
// logger.info("DEBUG " + ri.getName() + " " + statName + " rawSnapshots[" + j + "] = " +
// rawSnapshots[j]);
// }
assertEquals("Value " + i + " for " + statName + " is wrong: " + expectedStatValues,
expectedStatValues.get(statName).doubleValue(), statValues[i].getSnapshotsMostRecent(),
0.01);
}
}
// validate byte content of stat archive file against saved expected file
final File expected = new File(createTempFileFromResource(getClass(),
"StatArchiveWriterReaderJUnitTest_" + this.testName.getMethodName() + "_expected.gfs")
.getAbsolutePath());
assertTrue(expected + " does not exist!", expected.exists());
assertEquals(expected.length(), actual.length());
assertTrue("Actual stat archive file: " + actual.getAbsolutePath()
+ " bytes differ from expected stat archive file bytes!",
Arrays.equals(readBytes(expected), readBytes(actual)));
}
/**
* Validates that IllegalArgumentException is thrown if sample time stamp is before the previous
* time stamp. Tests the fix for cause of bug #45268.
*/
@Test
public void testNegativeSampleTimeStamp() throws Exception {
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
final long sampleIncNanos = NANOS_PER_MILLI * 1000;
try {
writer.sampled(WRITER_PREVIOUS_TIMESTAMP_NANOS - sampleIncNanos, Collections.emptyList());
fail(
"Expected IllegalArgumentException to be thrown from StatArchiveWriter#writeTimeStamp(long)");
} catch (IllegalArgumentException expected) {
// test passed
} finally {
writer.close();
}
}
/**
* Validates that IllegalArgumentException is thrown if sample time stamp is same as the previous
* time stamp. Tests the fix for cause of bug #45268.
*/
@Test
public void testPreviousSampleTimeStamp() throws Exception {
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
try {
writer.sampled(WRITER_PREVIOUS_TIMESTAMP_NANOS, Collections.emptyList());
fail(
"Expected IllegalArgumentException to be thrown from StatArchiveWriter#writeTimeStamp(long)");
} catch (IllegalArgumentException expected) {
// test passed
} finally {
writer.close();
}
writer.close();
}
/**
* Verifies fix for bug #45377.
*/
@Test
public void testDestroyClosedStatistics() throws Exception {
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS - 2000)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
final StatisticsType statsType = createDummyStatisticsType();
final ResourceType rt = new ResourceType(0, statsType);
final Statistics statistics = mock(Statistics.class);
when(statistics.isClosed()).thenReturn(true);
final ResourceInstance ri = new ResourceInstance(0, statistics, rt);
// if bug #45377 still existed, this call would throw IllegalStateException
writer.destroyedResourceInstance(ri);
}
/**
* Control which helps verify fix for bug #45377.
*/
@Test
public void testDestroyUnallocatedStatistics() throws Exception {
final StatArchiveDescriptor archiveDescriptor =
new StatArchiveDescriptor.Builder().setArchiveName(this.archiveFileName).setSystemId(1)
.setSystemStartTime(WRITER_INITIAL_DATE_MILLIS - 2000)
.setSystemDirectoryPath(this.testName.getMethodName())
.setProductDescription(getClass().getSimpleName()).build();
final StatArchiveWriter writer = new TestStatArchiveWriter(archiveDescriptor);
final StatisticsType statsType = createDummyStatisticsType();
final ResourceType rt = new ResourceType(0, statsType);
final Statistics statistics = mock(Statistics.class);
final ResourceInstance ri = new ResourceInstance(0, statistics, rt);
writer.sampled(WRITER_INITIAL_DATE_MILLIS + 1000, Collections.singletonList(ri));
writer.destroyedResourceInstance(ri);
writer.close();
// Verify StatArchiveReader.update returns cleanly, without throwing an exception
final StatArchiveReader reader =
new StatArchiveReader(new File[] {new File(this.archiveFileName)}, null, false);
reader.update();
reader.close();
}
private void incDouble(Statistics statistics, String stat, double value) {
assertFalse(statistics.isClosed());
Map<String, Number> statValues = this.allStatistics.get(statistics.getTextId());
if (statValues == null) {
statValues = new HashMap<String, Number>();
this.allStatistics.put(statistics.getTextId(), statValues);
}
statistics.incDouble(stat, value);
statValues.put(stat, statistics.getDouble(stat));
if (this.statisticTypes.get(statistics.getTextId()) == null) {
this.statisticTypes.put(statistics.getTextId(), statistics.getType().getName());
}
}
private void incInt(Statistics statistics, String stat, int value) {
assertFalse(statistics.isClosed());
Map<String, Number> statValues = this.allStatistics.get(statistics.getTextId());
if (statValues == null) {
statValues = new HashMap<String, Number>();
this.allStatistics.put(statistics.getTextId(), statValues);
}
statistics.incInt(stat, value);
statValues.put(stat, statistics.getInt(stat));
if (this.statisticTypes.get(statistics.getTextId()) == null) {
this.statisticTypes.put(statistics.getTextId(), statistics.getType().getName());
}
}
private void incLong(Statistics statistics, String stat, long value) {
assertFalse(statistics.isClosed());
Map<String, Number> statValues = this.allStatistics.get(statistics.getTextId());
if (statValues == null) {
statValues = new HashMap<String, Number>();
this.allStatistics.put(statistics.getTextId(), statValues);
}
statistics.incLong(stat, value);
statValues.put(stat, statistics.getLong(stat));
if (this.statisticTypes.get(statistics.getTextId()) == null) {
this.statisticTypes.put(statistics.getTextId(), statistics.getType().getName());
}
}
private byte[] readBytes(File file) throws MalformedURLException, IOException {
int byteCount = (int) file.length();
byte[] input = new byte[byteCount];
URL url = file.toURL();
assertNotNull(url);
InputStream is = url.openStream();
assertNotNull(is);
BufferedInputStream bis = new BufferedInputStream(is);
int bytesRead = bis.read(input);
bis.close();
assertEquals(byteCount, bytesRead);
return input;
}
private String getUniqueName() {
return getClass().getSimpleName() + "_" + this.testName.getMethodName();
}
private static StatisticsType createDummyStatisticsType() {
return new StatisticsType() {
@Override
public String getName() {
return null;
}
@Override
public String getDescription() {
return null;
}
@Override
public StatisticDescriptor[] getStatistics() {
return new StatisticDescriptor[0];
}
@Override
public int nameToId(String name) {
return 0;
}
@Override
public StatisticDescriptor nameToDescriptor(String name) {
return null;
}
};
}
/*
* [KEEP] alternative method for getting an expected golden file: Class clazz = getClass();
* assertNotNull(clazz); URL url =
* clazz.getResource("StatArchiveWriterReaderIntegrationTest.gfs.expected"); assertNotNull(url);
*
* File expected; try { expected = new File(url.toURI()); } catch(URISyntaxException e) { expected
* = new File(url.getPath()); } assertTrue(expected.exists());
*/
}