@Test
public void testIdQuery() throws Exception {
Reference ref = createReference("_id", DataTypes.STRING);
Query query = convert(whereClause(EqOperator.NAME, ref, Literal.newLiteral("i1")));
assertThat(query, instanceOf(TermQuery.class));
assertThat(query.toString(), is("_uid:default#i1"));
}
@Test
public void testAnyEqArrayReference() throws Exception {
Reference ref = createReference("d_array", new ArrayType(DataTypes.DOUBLE));
Literal doubleLiteral = Literal.newLiteral(1.5d);
Query query = convert(whereClause(AnyEqOperator.NAME, doubleLiteral, ref));
assertThat(query.toString(), is("d_array:[1.5 TO 1.5]"));
}
@Test
public void testParseConfigurationMultipleAttributes() throws Exception {
JmxTransExporterConfiguration config =
new JmxTransConfigurationXmlLoader("classpath:jmxtrans-multiple-attributes-test.xml")
.loadConfiguration();
assertThat(config.queries, hasSize(1));
Query query = config.queries.get(0);
assertThat(query.getAttributes(), contains("ThreadCount", "TotalStartedThreadCount"));
}
@Test
public void testNoAttributesSpecifiedGeneratesWildcardQuery() throws Exception {
JmxTransExporterConfiguration config =
new JmxTransConfigurationXmlLoader(
"classpath:jmxtrans-no-attributes-specified-generates-wildcard-query-test.xml")
.loadConfiguration();
assertThat(config.queries, hasSize(1));
Query query = config.queries.get(0);
assertThat(query.getAttributes(), emptyIterable());
}
@Test
public void testParseConfiguration() throws Exception {
JmxTransExporterConfiguration config =
new JmxTransConfigurationXmlLoader("classpath:jmxtrans-agent.xml").loadConfiguration();
assertThat(config.collectInterval, is(11));
assertThat(config.collectIntervalTimeUnit, is(TimeUnit.SECONDS));
assertThat(config.getConfigReloadInterval(), equalTo(-1));
OutputWriter decoratedOutputWriter = config.outputWriter;
// CircuitBreaker
assertTrue(decoratedOutputWriter.getClass().equals(OutputWriterCircuitBreakerDecorator.class));
OutputWriterCircuitBreakerDecorator circuitBreakerDecorator =
(OutputWriterCircuitBreakerDecorator) decoratedOutputWriter;
assertThat(circuitBreakerDecorator.isDisabled(), is(false));
// Graphite Writer
assertTrue(
circuitBreakerDecorator.delegate.getClass().equals(GraphitePlainTextTcpOutputWriter.class));
GraphitePlainTextTcpOutputWriter graphiteWriter =
(GraphitePlainTextTcpOutputWriter) circuitBreakerDecorator.delegate;
assertThat(graphiteWriter.graphiteServerHostAndPort.getPort(), is(2203));
assertThat(graphiteWriter.graphiteServerHostAndPort.getHost(), is("localhost"));
assertThat(graphiteWriter.getMetricPathPrefix(), is("app_123456.server.i876543."));
assertThat(config.queries.size(), is(13));
Map<String, Query> queriesByResultAlias = indexQueriesByResultAlias(config.queries);
{
Query query = queriesByResultAlias.get("os.systemLoadAverage");
assertThat(query.objectName, is(new ObjectName("java.lang:type=OperatingSystem")));
assertThat(query.getAttributes(), contains("SystemLoadAverage"));
assertThat(query.resultAlias, is("os.systemLoadAverage"));
assertThat(query.key, is((String) null));
}
{
Query query = queriesByResultAlias.get("jvm.heapMemoryUsage.used");
assertThat(query.objectName, is(new ObjectName("java.lang:type=Memory")));
assertThat(query.getAttributes(), contains("HeapMemoryUsage"));
assertThat(query.resultAlias, is("jvm.heapMemoryUsage.used"));
assertThat(query.key, is("used"));
}
Map<String, Invocation> invocationsByResultAlias =
indexInvocationsByResultAlias(config.invocations);
{
Invocation invocation = invocationsByResultAlias.get("jvm.gc");
assertThat(invocation.objectName, is(new ObjectName("java.lang:type=Memory")));
assertThat(invocation.operationName, is("gc"));
assertThat(invocation.resultAlias, is("jvm.gc"));
}
}
@Test
public void testGteQuery() throws Exception {
Query query =
convert(
new WhereClause(
createFunction(
GteOperator.NAME,
DataTypes.BOOLEAN,
createReference("x", DataTypes.INTEGER),
Literal.newLiteral(10))));
assertThat(query, instanceOf(NumericRangeQuery.class));
assertThat(query.toString(), is("x:[10 TO *}"));
}
@Test
public void testAnyGreaterAndSmaller() throws Exception {
Reference arrayRef = createReference("d_array", new ArrayType(DataTypes.DOUBLE));
Literal doubleLiteral = Literal.newLiteral(1.5d);
Reference ref = createReference("d", DataTypes.DOUBLE);
Literal arrayLiteral =
Literal.newLiteral(new Object[] {1.2d, 3.5d}, new ArrayType(DataTypes.DOUBLE));
// 1.5d < ANY (d_array)
Query ltQuery = convert(whereClause(AnyLtOperator.NAME, doubleLiteral, arrayRef));
assertThat(ltQuery.toString(), is("d_array:{1.5 TO *}"));
// d < ANY ([1.2, 3.5])
Query ltQuery2 = convert(whereClause(AnyLtOperator.NAME, ref, arrayLiteral));
assertThat(ltQuery2.toString(), is("(d:{* TO 1.2} d:{* TO 3.5})~1"));
// 1.5d <= ANY (d_array)
Query lteQuery = convert(whereClause(AnyLteOperator.NAME, doubleLiteral, arrayRef));
assertThat(lteQuery.toString(), is("d_array:[1.5 TO *}"));
// d <= ANY ([1.2, 3.5])
Query lteQuery2 = convert(whereClause(AnyLteOperator.NAME, ref, arrayLiteral));
assertThat(lteQuery2.toString(), is("(d:{* TO 1.2] d:{* TO 3.5])~1"));
// 1.5d > ANY (d_array)
Query gtQuery = convert(whereClause(AnyGtOperator.NAME, doubleLiteral, arrayRef));
assertThat(gtQuery.toString(), is("d_array:{* TO 1.5}"));
// d > ANY ([1.2, 3.5])
Query gtQuery2 = convert(whereClause(AnyGtOperator.NAME, ref, arrayLiteral));
assertThat(gtQuery2.toString(), is("(d:{1.2 TO *} d:{3.5 TO *})~1"));
// 1.5d >= ANY (d_array)
Query gteQuery = convert(whereClause(AnyGteOperator.NAME, doubleLiteral, arrayRef));
assertThat(gteQuery.toString(), is("d_array:{* TO 1.5]"));
// d >= ANY ([1.2, 3.5])
Query gteQuery2 = convert(whereClause(AnyGteOperator.NAME, ref, arrayLiteral));
assertThat(gteQuery2.toString(), is("(d:[1.2 TO *} d:[3.5 TO *})~1"));
}
@Test
public void testParseConfiguration2() throws Exception {
JmxTransExporterConfiguration config =
new JmxTransConfigurationXmlLoader("classpath:jmxtrans-agent-2.xml").loadConfiguration();
assertThat(config.collectInterval, is(12));
assertThat(config.collectIntervalTimeUnit, is(TimeUnit.SECONDS));
assertTrue(config.outputWriter.getClass().equals(OutputWritersChain.class));
OutputWritersChain outputWritersChain = (OutputWritersChain) config.outputWriter;
assertThat(outputWritersChain.outputWriters.size(), is(2));
{
OutputWriter decoratedOutputWriter = outputWritersChain.outputWriters.get(0);
// CircuitBreaker
assertTrue(
decoratedOutputWriter.getClass().equals(OutputWriterCircuitBreakerDecorator.class));
OutputWriterCircuitBreakerDecorator circuitBreakerDecorator =
(OutputWriterCircuitBreakerDecorator) decoratedOutputWriter;
assertThat(circuitBreakerDecorator.isDisabled(), is(true));
// Graphite Writer
assertTrue(
circuitBreakerDecorator
.delegate
.getClass()
.equals(GraphitePlainTextTcpOutputWriter.class));
GraphitePlainTextTcpOutputWriter writer =
(GraphitePlainTextTcpOutputWriter) circuitBreakerDecorator.delegate;
assertThat(writer.graphiteServerHostAndPort.getPort(), is(2003));
assertThat(writer.graphiteServerHostAndPort.getHost(), is("localhost"));
assertThat(writer.getMetricPathPrefix(), is("servers.localhost."));
}
{
OutputWriter decoratedOutputWriter = outputWritersChain.outputWriters.get(1);
// Circuit Breaker
assertTrue(
decoratedOutputWriter.getClass().equals(OutputWriterCircuitBreakerDecorator.class));
OutputWriterCircuitBreakerDecorator circuitBreakerDecorator =
(OutputWriterCircuitBreakerDecorator) decoratedOutputWriter;
assertThat(circuitBreakerDecorator.isDisabled(), is(true));
// Console Writer
assertTrue(circuitBreakerDecorator.delegate.getClass().equals(ConsoleOutputWriter.class));
}
assertThat(config.queries.size(), is(13));
Map<String, Query> queriesByResultAlias = indexQueriesByResultAlias(config.queries);
{
Query query = queriesByResultAlias.get("os.systemLoadAverage");
assertThat(query.objectName, is(new ObjectName("java.lang:type=OperatingSystem")));
assertThat(query.getAttributes(), contains("SystemLoadAverage"));
assertThat(query.resultAlias, is("os.systemLoadAverage"));
assertThat(query.key, is((String) null));
}
{
Query query = queriesByResultAlias.get("jvm.heapMemoryUsage.used");
assertThat(query.objectName, is(new ObjectName("java.lang:type=Memory")));
assertThat(query.getAttributes(), contains("HeapMemoryUsage"));
assertThat(query.resultAlias, is("jvm.heapMemoryUsage.used"));
assertThat(query.key, is("used"));
}
}
