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How to use getOutput method of statsd Package

Best K6 code snippet using statsd.getOutput

bench_state_test.go

Source:bench_state_test.go

...40	}41	assert.Panics(t, func() {42		state1.recordError(nil)43	})44	buf, _, out := getOutput(t)45	// before merge46	assert.Equal(t, state1.totalErrors, 4, "Error count mismatch")47	assert.Equal(t, state1.totalSuccess, 0, "Success count mismatch")48	assert.Equal(t, state1.totalRequests, 4, "Request count mismatch")49	state1.merge(state2)50	// after merge51	assert.Equal(t, state1.totalErrors, 7, "Error count mismatch")52	assert.Equal(t, state1.totalSuccess, 0, "Success count mismatch")53	assert.Equal(t, state1.totalRequests, 7, "Request count mismatch")54	state1.printErrors(out)55	expected := map[string]int{56		"failed after Xms": 7,57	}58	bufStr := buf.String()59	for msg, count := range expected {60		assert.Contains(t, bufStr, fmt.Sprintf("%4d: %v", count, msg), "Error output missing")61	}62	assert.Equal(t, map[string]int{63		"error": 4,64	}, stats1.Counters, "Statsd counters mismatch")65}66func TestBenchmarkStateNoError(t *testing.T) {67	state := newBenchmarkState(statsd.Noop)68	buf, _, out := getOutput(t)69	state.printErrors(out)70	assert.Equal(t, 0, buf.Len(), "Expected no output with no errors, got: %s", buf.String())71}72func TestBenchmarkStateLatencies(t *testing.T) {73	stats := newFakeStatsClient()74	state := newBenchmarkState(stats)75	var latencies []time.Duration76	for i := 0; i <= 10000; i++ {77		latency := time.Duration(i) * time.Microsecond78		state.recordLatency(latency)79		latencies = append(latencies, latency)80	}81	buf, _, out := getOutput(t)82	assert.Equal(t, state.totalErrors, 0, "Error count mismatch")83	assert.Equal(t, state.totalSuccess, 10001, "Success count mismatch")84	assert.Equal(t, state.totalRequests, 10001, "Request count mismatch")85	printLatencies(out, state.getLatencies())86	expected := []string{87		"0.5000: 5ms",88		"0.9000: 9ms",89		"0.9500: 9.5ms",90		"0.9900: 9.9ms",91		"0.9990: 9.99ms",92		"0.9995: 9.995ms",93		"1.0000: 10ms",94	}95	bufStr := buf.String()96	for _, msg := range expected {97		assert.Contains(t, bufStr, msg, "Latency output missing")98	}99	assert.Equal(t, map[string]int{100		"success": len(latencies),101	}, stats.Counters, "Statsd counters mismatch")102	assert.Equal(t, map[string][]time.Duration{103		"latency": latencies,104	}, stats.Timers, "Statsd timers mismatch")105}106func TestBenchmarkStateMergeLatencies(t *testing.T) {107	state1 := newBenchmarkState(statsd.Noop)108	state2 := newBenchmarkState(statsd.Noop)109	for i := 0; i <= 10000; i++ {110		if i%2 == 0 {111			state1.recordLatency(time.Duration(i) * time.Microsecond)112		} else {113			state2.recordLatency(time.Duration(i) * time.Microsecond)114		}115	}116	assert.Equal(t, state1.totalErrors, 0, "Error count mismatch")117	assert.Equal(t, state1.totalSuccess, 5001, "Success count mismatch")118	assert.Equal(t, state1.totalRequests, 5001, "Request count mismatch")119	state1.merge(state2)120	assert.Equal(t, state1.totalErrors, 0, "Error count mismatch")121	assert.Equal(t, state1.totalSuccess, 10001, "Success count mismatch")122	assert.Equal(t, state1.totalRequests, 10001, "Request count mismatch")123	buf, _, out := getOutput(t)124	printLatencies(out, state1.getLatencies())125	expected := []string{126		"0.5000: 5ms",127		"0.9000: 9ms",128		"0.9500: 9.5ms",129		"0.9900: 9.9ms",130		"0.9990: 9.99ms",131		"0.9995: 9.995ms",132		"1.0000: 10ms",133	}134	bufStr := buf.String()135	for _, msg := range expected {136		assert.Contains(t, bufStr, msg, "Latency output missing")137	}...

output_test.go

Source:output_test.go

...31	"go.k6.io/k6/lib/types"32	"go.k6.io/k6/metrics"33	"go.k6.io/k6/output"34)35func getOutput(36	logger logrus.FieldLogger, addr, namespace null.String, bufferSize null.Int, pushInterval types.NullDuration,37) (*Output, error) {38	return newOutput(39		output.Params{40			Logger: logger,41			JSONConfig: json.RawMessage(fmt.Sprintf(`{42			"addr": "%s",43			"namespace": "%s",44			"bufferSize": %d,45			"pushInterval": "%s"46		}`, addr.String, namespace.String, bufferSize.Int64, pushInterval.Duration.String())),47		})48}49func TestStatsdOutput(t *testing.T) {50	t.Parallel()51	baseTest(t, getOutput,52		func(t *testing.T, _ []metrics.SampleContainer, expectedOutput, output string) {53			assert.Equal(t, expectedOutput, output)54		})55}56func TestStatsdEnabledTags(t *testing.T) {57	t.Parallel()58	tagMap := metrics.TagSet{"tag1": true, "tag2": true}59	baseTest(t, func(60		logger logrus.FieldLogger, addr, namespace null.String, bufferSize null.Int, pushInterval types.NullDuration,61	) (*Output, error) {62		return newOutput(63			output.Params{64				Logger: logger,65				JSONConfig: json.RawMessage(fmt.Sprintf(`{...

getOutput

Using AI Code Generation

1import (2func main() {3	s := statsd.New("localhost:8125")4	s.Increment("foo")5	s.Decrement("bar")6	s.Timing("baz", 100)7	s.Gauge("qux", 100)8	s.GaugeDelta("quux", 100)9	fmt.Println(s.GetOutput())10}11import (12type Client struct {13}14func New(addr string) *Client {15	conn, err := net.Dial("udp", addr)16	if err != nil {17		panic(err)18	}19	return &Client{20	}21}22func (c *Client) send(stat string, value string, kind string) {23	if c.namespace != "" {24		buf.WriteString(c.namespace)25		buf.WriteString(".")26	}27	buf.WriteString(stat)28	buf.WriteString(":")29	buf.WriteString(value)30	buf.WriteString("|")31	buf.WriteString(kind)32	buf.WriteString("33	c.conn.Write(buf.Bytes())34}35func (c *Client) GetOutput() string {36	return c.conn.LocalAddr().String()37}38func (c *Client) Increment(stat string) {39	c.send(stat, "1", "c")40}41func (c *Client) Decrement(stat string) {42	c.send(stat, "-1", "c")43}44func (c *Client) Timing(stat string, delta int) {45	c.send(stat, fmt.Sprintf("%d", delta), "ms")46}47func (c *Client) Gauge(stat string, value int) {48	c.send(stat, fmt.Sprintf("%d", value), "g")49}50func (c *Client) GaugeDelta(stat string, value int) {51	c.send(stat, fmt.Sprintf("%+d", value), "g")52}53func (c *Client) Close() {54	c.conn.Close()55}56func (c *Client) Namespace(namespace string) {57}58func (c *Client) NewNamespace(namespace string) *Client {59}60func (c *Client) Event(title string, text string) {61	c.send(title, text, "e")62}63func (c *Client) ServiceCheck(name string, status int, text string) {64	c.send(name

getOutput

Using AI Code Generation

1import (2func main() {3	client := statsd.New("statsd", "localhost", 8125)4	client.Increment("foo")5	client.Decrement("foo")6	client.Count("foo", 1)7	client.Gauge("bar", 1)8	client.Gauge("baz", time.Now().UnixNano()/int64(time.Millisecond))9	client.GaugeDuration("qux", time.Now())10	client.GaugeSince("quux", time.Now())11	client.Timing("quuz", 1)12	client.TimingDuration("corge", time.Now())13	client.TimingSince("grault", time.Now())14	client.TimingSinceFunction("garply", time.Now())15	client.TimingDurationFunction("waldo", func() {16		time.Sleep(time.Second)17	})18	client.TimingFunction("fred", func() {19		time.Sleep(time.Second)20	})21	client.TimingFunction("fred", func() {22		time.Sleep(time.Second)23	})24	client.TimingFunction("fred", func() {25		time.Sleep(time.Second)26	})27	client.TimingFunction("fred", func() {28		time.Sleep(time.Second)29	})30	client.TimingFunction("fred", func() {31		time.Sleep(time.Second)32	})33	client.TimingFunction("fred", func() {

getOutput

Using AI Code Generation

1func main() {2    statsd := statsd.New()3    statsd.CreateSocket()4    statsd.Increment("foo")5    statsd.Decrement("foo")6    statsd.Gauge("foo", 1)7    statsd.Timing("foo", 1)8    statsd.TimingDuration("foo", time.Second)9    statsd.Set("foo", 1)10    statsd.Set("foo", 2)11    statsd.Set("foo", 3)12    statsd.Set("foo", 4)13    statsd.Set("foo", 5)14    statsd.Set("foo", 6)15    statsd.Set("foo", 7)16    statsd.Set("foo", 8)17    statsd.Set("foo", 9)18    statsd.Set("foo", 10)19    statsd.Set("foo", 11)20    statsd.Set("foo", 12)21    statsd.Set("foo", 13)22    statsd.Set("foo", 14)23    statsd.Set("foo", 15)24    statsd.Set("foo", 16)25    statsd.Set("foo", 17)26    statsd.Set("foo", 18)27    statsd.Set("foo", 19)28    statsd.Set("foo", 20)29    statsd.Set("foo", 21)30    statsd.Set("foo", 22)31    statsd.Set("foo", 23)32    statsd.Set("foo", 24)33    statsd.Set("foo", 25)34    statsd.Set("foo", 26)35    statsd.Set("foo", 27)36    statsd.Set("foo", 28)37    statsd.Set("foo", 29)38    statsd.Set("foo", 30)39    statsd.Set("foo", 31)40    statsd.Set("foo", 32)41    statsd.Set("foo", 33)42    statsd.Set("foo", 34)43    statsd.Set("foo", 35)44    statsd.Set("foo", 36)45    statsd.Set("foo", 37)46    statsd.Set("foo", 38)47    statsd.Set("foo", 39)48    statsd.Set("foo", 40)49    statsd.Set("foo", 41)

getOutput

Using AI Code Generation

1import (2func main() {3    statsd, err := tally.NewStatsdReporter("localhost:8125")4    if err != nil {5        fmt.Println(err)6    }7    scope, closer := tally.NewRootScope(tally.ScopeOptions{8        Tags: map[string]string{"env": "test"},9        CommonTags: map[string]string{"region": "us-east-1"},

getOutput

Using AI Code Generation

1import (2func main(){3    statsd.getOutput("metricName", "metricValue", "metricType")4}5import (6func main(){7    statsd.getOutput("metricName", "metricValue", "metricType")8}9import (10func main(){11    statsd.getOutput("metricName", "metricValue", "metricType")12}13import (14func main(){15    statsd.getOutput("metricName", "metricValue", "metricType")16}17import (18func main(){19    statsd.getOutput("metricName", "metricValue", "metricType")20}21import (22func main(){23    statsd.getOutput("metricName", "metricValue", "metricType")24}25import (26func main(){27    statsd.getOutput("metricName", "metricValue", "metricType")28}29import (30func main(){31    statsd.getOutput("metricName", "metricValue", "metricType")32}33import (34func main(){35    statsd.getOutput("metricName", "metricValue", "metricType")36}

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