use of io.opencensus.metrics.LongCumulative.LongPoint in project instrumentation-java by census-instrumentation.
the class LongCumulativeImplTest method getDefaultTimeSeries.
@Test
public void getDefaultTimeSeries() {
LongPoint point = longCumulativeMetric.getDefaultTimeSeries();
point.add(100);
LongPoint point1 = longCumulativeMetric.getDefaultTimeSeries();
point1.add(-100);
testClock.advanceTime(ONE_MINUTE);
Timestamp endTime = testClock.now();
Metric metric = longCumulativeMetric.getMetric(testClock);
assertThat(metric).isNotNull();
assertThat(metric).isEqualTo(Metric.createWithOneTimeSeries(METRIC_DESCRIPTOR, TimeSeries.createWithOnePoint(DEFAULT_LABEL_VALUES, Point.create(Value.longValue(100), endTime), START_TIME)));
assertThat(point).isSameInstanceAs(point1);
}
use of io.opencensus.metrics.LongCumulative.LongPoint in project instrumentation-java by census-instrumentation.
the class LongCumulativeImplTest method clear.
@Test
public void clear() {
LongPoint longPoint = longCumulativeMetric.getOrCreateTimeSeries(LABEL_VALUES);
longPoint.add(100);
Metric metric = longCumulativeMetric.getMetric(testClock);
assertThat(metric).isNotNull();
assertThat(metric.getMetricDescriptor()).isEqualTo(METRIC_DESCRIPTOR);
assertThat(metric.getTimeSeriesList().size()).isEqualTo(1);
longCumulativeMetric.clear();
assertThat(longCumulativeMetric.getMetric(testClock)).isNull();
}
use of io.opencensus.metrics.LongCumulative.LongPoint in project instrumentation-java by census-instrumentation.
the class LongCumulativeImplTest method withConstantLabels.
@Test
public void withConstantLabels() {
List<LabelKey> labelKeys = Arrays.asList(LabelKey.create("key1", "desc"), LabelKey.create("key2", "desc"));
List<LabelValue> labelValues = Arrays.asList(LabelValue.create("value1"), LabelValue.create("value2"));
LabelKey constantKey = LabelKey.create("constant_key", "desc");
LabelValue constantValue = LabelValue.create("constant_value");
Map<LabelKey, LabelValue> constantLabels = Collections.<LabelKey, LabelValue>singletonMap(constantKey, constantValue);
LongCumulativeImpl longCumulative = new LongCumulativeImpl(METRIC_NAME, METRIC_DESCRIPTION, METRIC_UNIT, labelKeys, constantLabels, START_TIME);
LongPoint longPoint = longCumulative.getOrCreateTimeSeries(labelValues);
longPoint.add(1);
longPoint.add(2);
LongPoint defaultPoint = longCumulative.getDefaultTimeSeries();
defaultPoint.add(100);
List<LabelKey> allKeys = new ArrayList<>(labelKeys);
allKeys.add(constantKey);
MetricDescriptor expectedDescriptor = MetricDescriptor.create(METRIC_NAME, METRIC_DESCRIPTION, METRIC_UNIT, Type.CUMULATIVE_INT64, allKeys);
testClock.advanceTime(ONE_MINUTE);
Timestamp endTime = testClock.now();
List<LabelValue> allValues = new ArrayList<>(labelValues);
allValues.add(constantValue);
List<TimeSeries> expectedTimeSeriesList = new ArrayList<TimeSeries>();
TimeSeries defaultTimeSeries = TimeSeries.createWithOnePoint(Arrays.asList(UNSET_VALUE, UNSET_VALUE, constantValue), Point.create(Value.longValue(100), endTime), START_TIME);
expectedTimeSeriesList.add(TimeSeries.createWithOnePoint(allValues, Point.create(Value.longValue(3), endTime), START_TIME));
expectedTimeSeriesList.add(defaultTimeSeries);
Metric metric = longCumulative.getMetric(testClock);
assertThat(metric).isNotNull();
assertThat(metric.getMetricDescriptor()).isEqualTo(expectedDescriptor);
assertThat(metric.getTimeSeriesList().size()).isEqualTo(2);
assertThat(metric.getTimeSeriesList()).containsExactlyElementsIn(expectedTimeSeriesList);
longCumulative.removeTimeSeries(labelValues);
Metric metric2 = longCumulative.getMetric(testClock);
assertThat(metric2).isNotNull();
assertThat(metric2.getTimeSeriesList()).containsExactly(defaultTimeSeries);
}
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