Examples with Span com.navercorp.pinpoint.profiler.context.Span used on opensource projects

Example 6 with Span

use of com.navercorp.pinpoint.profiler.context.Span in project pinpoint by naver.

the class ActiveTrace method getEntryPoint.

public String getEntryPoint() {
    if (!trace.canSampled()) {
        return null;
    }
    SpanRecorder spanRecorder = trace.getSpanRecorder();
    if (!(spanRecorder instanceof DefaultSpanRecorder)) {
        return null;
    }
    Span span = ((DefaultSpanRecorder) spanRecorder).getSpan();
    if (span == null) {
        return null;
    }
    return span.getRpc();
}

Example 7 with Span

use of com.navercorp.pinpoint.profiler.context.Span in project pinpoint by naver.

the class GrpcSpanMessageConverter method toMessage.

@Override
public GeneratedMessageV3 toMessage(SpanType message) {
    if (message instanceof SpanChunk) {
        final SpanChunk spanChunk = (SpanChunk) message;
        final PSpanChunk pSpanChunk = buildPSpanChunk(spanChunk);
        return pSpanChunk;
    }
    if (message instanceof Span) {
        final Span span = (Span) message;
        return buildPSpan(span);
    }
    return null;
}

Example 8 with Span

use of com.navercorp.pinpoint.profiler.context.Span in project pinpoint by naver.

the class OrderedSpanRecorderTest method createSpan.

private Span createSpan(TraceRoot traceRoot, long startTime) {
    Span span = new Span(traceRoot);
    span.setStartTime(startTime);
    return span;
}

Example 9 with Span

use of com.navercorp.pinpoint.profiler.context.Span in project pinpoint by naver.

the class OrderedSpanRecorderTest method testOrderingWithSameEventTime.

@Test
public void testOrderingWithSameEventTime() {
    // given
    final long startTime = 100;
    final long spanId = 1L;
    TraceId traceId = new DefaultTraceId(agentId, startTime, 0, -1L, spanId, (short) 0);
    final TraceRoot traceRoot = new DefaultTraceRoot(traceId, agentId, startTime, 0);
    Span span = createSpan(traceRoot, startTime);
    SpanChunk event = wrapSpanChunk(traceRoot, createSpanEvent(traceRoot, 0, 0));
    SpanChunk event1 = wrapSpanChunk(traceRoot, createSpanEvent(traceRoot, 0, 1));
    SpanChunk event2 = wrapSpanChunk(traceRoot, createSpanEvent(traceRoot, 0, 2));
    SpanChunk asyncEvent1_1 = wrapSpanChunk(traceRoot, createAsyncSpanEvent(traceRoot, 0, 0), new DefaultLocalAsyncId(1, (short) 1));
    SpanChunk asyncEvent1_2 = wrapSpanChunk(traceRoot, createAsyncSpanEvent(traceRoot, 0, 1), new DefaultLocalAsyncId(1, (short) 1));
    SpanChunk asyncEvent2 = wrapSpanChunk(traceRoot, createAsyncSpanEvent(traceRoot, 0, 0), new DefaultLocalAsyncId(2, (short) 1));
    final List<SpanType> expectedOrder = Arrays.asList(span, event, event1, event2, asyncEvent1_1, asyncEvent1_2, asyncEvent2);
    // when
    final List<SpanType> listToBeHandled = Arrays.asList(span, event, event1, event2, asyncEvent1_1, asyncEvent1_2, asyncEvent2);
    Collections.shuffle(listToBeHandled);
    for (SpanType base : listToBeHandled) {
        this.recorder.handleSend(base);
    }
    // then
    ByteArrayOutputStream baos = new ByteArrayOutputStream();
    this.recorder.print(new PrintStream(baos));
    this.logger.debug(baos.toString());
    for (SpanType expectedBase : expectedOrder) {
        SpanType actualBase = this.recorder.pop();
        assertSame(expectedBase, actualBase);
    }
    assertNull(this.recorder.pop());
}

Example 10 with Span

use of com.navercorp.pinpoint.profiler.context.Span in project pinpoint by naver.

the class OrderedSpanRecorderTest method testMultipleSpanOrdering.

@Test
public void testMultipleSpanOrdering() {
    // given
    final long startTime1 = 100;
    final long spanId1 = 1L;
    final TraceId traceId1 = new DefaultTraceId(agentId, startTime1, 0, -1L, spanId1, (short) 0);
    final TraceRoot traceRoot1 = new DefaultTraceRoot(traceId1, agentId, startTime1, 0);
    final long startTime2 = startTime1 + 10L;
    final long spanId2 = 2L;
    final TraceId traceId2 = new DefaultTraceId(agentId, startTime2, 0, -1L, spanId2, (short) 0);
    final TraceRoot traceRoot2 = new DefaultTraceRoot(traceId2, agentId, startTime2, 0);
    Span span1 = createSpan(traceRoot1, startTime1);
    SpanChunk event1_0 = wrapSpanChunk(traceRoot1, createSpanEvent(traceRoot1, 1, 0));
    SpanChunk event1_1 = wrapSpanChunk(traceRoot1, createSpanEvent(traceRoot1, 2, 1));
    SpanChunk asyncEvent1_0 = wrapSpanChunk(traceRoot1, createAsyncSpanEvent(traceRoot1, 1, 0), new DefaultLocalAsyncId(1, (short) 1));
    SpanChunk asyncEvent1_1 = wrapSpanChunk(traceRoot1, createAsyncSpanEvent(traceRoot1, 2, 1), new DefaultLocalAsyncId(1, (short) 1));
    Span span2 = createSpan(traceRoot2, startTime2);
    SpanChunk event2_0 = wrapSpanChunk(traceRoot2, createSpanEvent(traceRoot2, 0, 0));
    SpanChunk event2_1 = wrapSpanChunk(traceRoot2, createSpanEvent(traceRoot2, 1, 1));
    SpanChunk asyncEvent2_0 = wrapSpanChunk(traceRoot2, createAsyncSpanEvent(traceRoot2, 0, 0), new DefaultLocalAsyncId(2, (short) 1));
    final List<SpanType> expectedOrder = Arrays.asList(span1, event1_0, event1_1, span2, event2_0, event2_1, asyncEvent1_0, asyncEvent1_1, asyncEvent2_0);
    // when
    final List<SpanType> listToBeHandled = Arrays.asList(span1, event1_0, event1_1, span2, event2_0, event2_1, asyncEvent1_0, asyncEvent1_1, asyncEvent2_0);
    Collections.shuffle(listToBeHandled);
    for (SpanType base : listToBeHandled) {
        this.recorder.handleSend(base);
    }
    // then
    ByteArrayOutputStream baos = new ByteArrayOutputStream();
    this.recorder.print(new PrintStream(baos));
    this.logger.debug(baos.toString());
    for (SpanType expectedBase : expectedOrder) {
        SpanType actualBase = this.recorder.pop();
        assertSame(expectedBase, actualBase);
    }
    assertNull(this.recorder.pop());
}