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How to use getTags method of gauge Package

Best Gauge code snippet using gauge.getTags

pusher.go

Source:pusher.go

...100	return data101}102// Gauge data-transfer.103func gaugeMetricValue(metric metrics.Gauge, metricName, endpoint, oldtags string, step, ts int64) []*MetricValue {104	tags := getTags(metricName, oldtags)105	c := newMetricValue(endpoint, "value", metric.Value(), step, GAUGE, tags, ts)106	return []*MetricValue{c}107}108// Gauge64 data-transfer.109func gaugeFloat64MetricValue(metric metrics.GaugeFloat64, metricName, endpoint, oldtags string, step, ts int64) []*MetricValue {110	tags := getTags(metricName, oldtags)111	c := newMetricValue(endpoint, "value", metric.Value(), step, GAUGE, tags, ts)112	return []*MetricValue{c}113}114// Counter data-transfer.115func counterMetricValue(metric metrics.Counter, metricName, endpoint, oldtags string, step, ts int64) []*MetricValue {116	tags := getTags(metricName, oldtags)117	c1 := newMetricValue(endpoint, "count", metric.Count(), step, GAUGE, tags, ts)118	return []*MetricValue{c1}119}120// Meter data-transfer.121func meterMetricValue(metric metrics.Meter, metricName, endpoint, oldtags string, step, ts int64) []*MetricValue {122	data := make([]*MetricValue, 0)123	tags := getTags(metricName, oldtags)124	c1 := newMetricValue(endpoint, "rate", metric.RateMean(), step, GAUGE, tags, ts)125	c2 := newMetricValue(endpoint, "sum", metric.Count(), step, GAUGE, tags, ts)126	data = append(data, c1, c2)127	return data128}129// Histogram data-transfer.130func histogramMetricValue(metric metrics.Histogram, metricName, endpoint, oldtags string, step, ts int64) []*MetricValue {131	data := make([]*MetricValue, 0)132	tags := getTags(metricName, oldtags)133	values := make(map[string]interface{})134	ps := metric.Percentiles([]float64{0.75, 0.95, 0.99})135	values["min"] = metric.Min()136	values["max"] = metric.Max()137	values["mean"] = metric.Mean()138	values["75th"] = ps[0]139	values["95th"] = ps[1]140	values["99th"] = ps[2]141	for key, val := range values {142		c := newMetricValue(endpoint, key, val, step, GAUGE, tags, ts)143		data = append(data, c)144	}145	return data146}147// New a metric data.148func newMetricValue(endpoint, metric string, value interface{}, step int64, t, tags string, ts int64) *MetricValue {149	return &MetricValue{150		Endpoint:  endpoint,151		Metric:    metric,152		Value:     value,153		Step:      step,154		Type:      t,155		Tags:      tags,156		Timestamp: ts,157	}158}159// Get tags.160func getTags(name string, tags string) string {161	if tags == "" {162		return fmt.Sprintf("name=%s", name)163	}164	return fmt.Sprintf("%s,name=%s", tags, name)165}166// Push address agent.167func openFalconPusher(data []*MetricValue, url string, debug bool) error {168	dlen := len(data)169	pkg := 200 //send pkg items once170	sent := 0171	for {172		if sent >= dlen {173			break174		}175		end := sent + pkg176		if end > dlen {177			end = dlen178		}179		pkgData := data[sent:end]180		jr, err := json.Marshal(pkgData)181		if err != nil {182			return err183		}184		response, err := Post(url).Body(jr).String()185		if err != nil {186			return err187		}188		sent = end189		if debug {190			log.Printf("[goappmonitor] push result: %v, data: %v\n", response, pkgData)191		}192	}193	return nil194}195// Rounding.196func alignPushStartTs(stepSec int64) {197	nw := time.Duration(time.Now().UnixNano())198	step := time.Duration(stepSec) * time.Second199	sleepNano := step - nw%step200	if sleepNano > 0 {201		time.Sleep(sleepNano)202	}203}204// Data MetricValue struct.205type MetricValue struct {206	Endpoint  string      `json:"endpoint"`207	Metric    string      `json:"metric"`208	Value     interface{} `json:"value"`209	Step      int64       `json:"step"`210	Type      string      `json:"counterType"`211	Tags      string      `json:"tags"`212	Timestamp int64       `json:"timestamp"`213}214// Transfer to string.215func (mv *MetricValue) String() string {216	return fmt.Sprintf(217		"<Endpoint:%s, Metric:%s, Tags:%s, Type:%s, Step:%d, Timestamp:%d, Value:%v>",218		mv.Endpoint,219		mv.Metric,220		mv.Tags,221		mv.Type,222		mv.Step,223		mv.Timestamp,224		mv.Value,225	)226}227// Push date to InfluxDB.228func push2InfluxDB() {229	// prepare to start work230	alignPushStartTs(step)231	// add a timer232	t := time.Now().UTC()233	_, offset := t.Zone()234	local := int64(offset)235	ti := time.Tick(time.Duration(step) * time.Second)236	for range ti {237		// collection event count238		selfMeter("pfc.push.cnt", 1) // statistics239		// current collection of all data indicators240		fms := influxDBMetrics()241		// get local time242		start := time.Now()243		// push data244		err := influxDBPusher(fms, local, gdebug)245		// push time246		selfGauge("pfc.push.ms", int64(time.Since(start)/time.Millisecond)) // statistics247		if err != nil {248			if gdebug {249				log.Printf("[goappmonitor] send to %s error: %v", api, err)250			}251			// failure case, push data size of 0252			selfGauge("pfc.push.size", int64(0)) // statistics253		} else {254			// push data size255			selfGauge("pfc.push.size", int64(len(fms))) // statistics256		}257	}258}259// influxDBMetrics metrics260func influxDBMetrics() []Point {261	data := make([]Point, 0)262	for _, r := range values {263		nd := _influxDBMetric(r)264		data = append(data, nd...)265	}266	return data267}268// influxDBMetric metric.269func influxDBMetric(types []string) (fd []Point) {270	for _, ty := range types {271		if r, ok := values[ty]; ok && r != nil {272			data := _influxDBMetric(r)273			fd = append(fd, data...)274		}275	}276	return fd277}278// _influxDBMetric internal.279func _influxDBMetric(r metrics.Collectry) []Point {280	ts := time.Now().Unix()281	data := make([]Point, 0)282	r.Each(func(name string, i interface{}) {283		switch metric := i.(type) {284		case metrics.Gauge:285			m := gaugeLineValue(metric, name, endpoint, gtags, step, ts)286			data = append(data, m...)287		case metrics.GaugeFloat64:288			m := gaugeFloat64LineValue(metric, name, endpoint, gtags, step, ts)289			data = append(data, m...)290		case metrics.Counter:291			m := counterLineValue(metric, name, endpoint, gtags, step, ts)292			data = append(data, m...)293		case metrics.Meter:294			// m := metric.Snapshot()295			ms := meterLineValue(metric, name, endpoint, gtags, step, ts)296			data = append(data, ms...)297		case metrics.Histogram:298			// h := metric.Snapshot()299			ms := histogramLineValue(metric, name, endpoint, gtags, step, ts)300			data = append(data, ms...)301		}302	})303	return data304}305// influxDBPusher worker.306func influxDBPusher(data []Point, offset int64, debug bool) error {307	clnt, err := client.NewHTTPClient(client.HTTPConfig{308		Addr:     influxDBAddr,309		Username: influxDBUsername,310		Password: influxDBPassword,311	})312	if err != nil {313		log.Fatalln("Error: ", err)314	}315	bp, err := client.NewBatchPoints(client.BatchPointsConfig{316		Database:  gtags[strings.Index(gtags, "module=")+7:],317		Precision: "us",318	})319	if err != nil {320		log.Fatalln("Error: ", err)321	}322	dlen := len(data)323	pkg := 200 //send pkg items once324	sent := 0325	for {326		if sent >= dlen {327			break328		}329		end := sent + pkg330		if end > dlen {331			end = dlen332		}333		for i := sent; i < end; i++ {334			tags := map[string]string{335				"metric":      data[i][0].(string),336				"counterType": data[i][1].(string),337				"tags":        data[i][2].(string),338			}339			var value float64340			switch data[i][3].(type) {341			case int64:342				value = float64(data[i][3].(int64))343			case float64:344				value = data[i][3].(float64)345			}346			fields := map[string]interface{}{347				"value": value,348				"step":  data[i][4].(int64),349			}350			point, err := client.NewPoint(351				endpoint,352				tags,353				fields,354				time.Unix(data[i][5].(int64)+offset, 0),355			)356			if err != nil {357				log.Println("NewPoint() fail")358			}359			bp.AddPoint(point)360		}361		err := clnt.Write(bp)362		if err != nil {363			log.Fatal(err)364			if debug {365				log.Printf("[goappmonitor] push result: fail, data: %v\n", data[sent:end])366			}367		} else {368			if debug {369				log.Printf("[goappmonitor] push result: success, data: %v\n", data[sent:end])370			}371		}372		sent = end373	}374	return nil375}376// Gauge data-transfer of Line Protocol.377func gaugeLineValue(metric metrics.Gauge, metricName, endpoint, oldtags string, step, ts int64) []Point {378	tags := getTags(metricName, oldtags)379	c := newLineValue(endpoint, "value", metric.Value(), step, GAUGE, tags, ts)380	return []Point{c}381}382// Gauge64 data-transfer of Line Protocol.383func gaugeFloat64LineValue(metric metrics.GaugeFloat64, metricName, endpoint, oldtags string, step, ts int64) []Point {384	tags := getTags(metricName, oldtags)385	c := newLineValue(endpoint, "value", metric.Value(), step, GAUGE, tags, ts)386	return []Point{c}387}388// Counter data-transfer of Line Protocol.389func counterLineValue(metric metrics.Counter, metricName, endpoint, oldtags string, step, ts int64) []Point {390	tags := getTags(metricName, oldtags)391	c1 := newLineValue(endpoint, "count", metric.Count(), step, GAUGE, tags, ts)392	return []Point{c1}393}394// Meter data-transfer of Line Protocol.395func meterLineValue(metric metrics.Meter, metricName, endpoint, oldtags string, step, ts int64) []Point {396	data := make([]Point, 0)397	tags := getTags(metricName, oldtags)398	c1 := newLineValue(endpoint, "rate", metric.RateMean(), step, GAUGE, tags, ts)399	c2 := newLineValue(endpoint, "sum", metric.Count(), step, GAUGE, tags, ts)400	data = append(data, c1, c2)401	return data402}403// Histogram data-transfer of Line Protocol.404func histogramLineValue(metric metrics.Histogram, metricName, endpoint, oldtags string, step, ts int64) []Point {405	data := make([]Point, 0)406	tags := getTags(metricName, oldtags)407	values := make(map[string]interface{})408	ps := metric.Percentiles([]float64{0.75, 0.95, 0.99})409	values["min"] = metric.Min()410	values["max"] = metric.Max()411	values["mean"] = metric.Mean()412	values["75th"] = ps[0]413	values["95th"] = ps[1]414	values["99th"] = ps[2]415	for key, val := range values {416		c := newLineValue(endpoint, key, val, step, GAUGE, tags, ts)417		data = append(data, c)418	}419	return data420}...

falcon.go

Source:falcon.go

...82	})83	return data84}85func gaugeMetricValue(metric metrics.Gauge, metricName, endpoint, oldtags string, step, ts int64) []*MetricValue {86	tags := getTags(metricName, oldtags)87	c := newMetricValue(endpoint, "value", metric.Value(), step, GAUGE, tags, ts)88	return []*MetricValue{c}89}90func gaugeFloat64MetricValue(metric metrics.GaugeFloat64, metricName, endpoint, oldtags string, step, ts int64) []*MetricValue {91	tags := getTags(metricName, oldtags)92	c := newMetricValue(endpoint, "value", metric.Value(), step, GAUGE, tags, ts)93	return []*MetricValue{c}94}95func counterMetricValue(metric metrics.Counter, metricName, endpoint, oldtags string, step, ts int64) []*MetricValue {96	tags := getTags(metricName, oldtags)97	c1 := newMetricValue(endpoint, "count", metric.Count(), step, GAUGE, tags, ts)98	return []*MetricValue{c1}99}100func meterMetricValue(metric metrics.Meter, metricName, endpoint, oldtags string, step, ts int64) []*MetricValue {101	data := make([]*MetricValue, 0)102	tags := getTags(metricName, oldtags)103	c1 := newMetricValue(endpoint, "rate", metric.RateStep(), step, GAUGE, tags, ts)104	c2 := newMetricValue(endpoint, "sum", metric.Count(), step, GAUGE, tags, ts)105	data = append(data, c1, c2)106	return data107}108func histogramMetricValue(metric metrics.Histogram, metricName, endpoint, oldtags string, step, ts int64) []*MetricValue {109	data := make([]*MetricValue, 0)110	tags := getTags(metricName, oldtags)111	values := make(map[string]interface{})112	ps := metric.Percentiles([]float64{0.75, 0.95, 0.99})113	values["min"] = metric.Min()114	values["max"] = metric.Max()115	values["mean"] = metric.Mean()116	values["75th"] = ps[0]117	values["95th"] = ps[1]118	values["99th"] = ps[2]119	for key, val := range values {120		c := newMetricValue(endpoint, key, val, step, GAUGE, tags, ts)121		data = append(data, c)122	}123	return data124}125func newMetricValue(endpoint, metric string, value interface{}, step int64, t, tags string, ts int64) *MetricValue {126	return &MetricValue{127		Endpoint:  endpoint,128		Metric:    metric,129		Value:     value,130		Step:      step,131		Type:      t,132		Tags:      tags,133		Timestamp: ts,134	}135}136func getTags(name string, tags string) string {137	if tags == "" {138		return fmt.Sprintf("name=%s", name)139	}140	return fmt.Sprintf("%s,name=%s", tags, name)141}142//143func push(data []*MetricValue, url string, debug bool) error {144	dlen := len(data)145	pkg := 200 //send pkg items once146	sent := 0147	for {148		if sent >= dlen {149			break150		}...

nozzle.go

Source:nozzle.go

...112	}113}114func (nozzle *Nozzle) getMetricInfo(event *loggregator_v2.Envelope) (string, map[string]string, int64) {115	source := nozzle.getSource(event)116	tags := nozzle.getTags(event)117	return source, tags, event.GetTimestamp()118}119func (nozzle *Nozzle) getSource(event *loggregator_v2.Envelope) string {120	source := event.GetTags()["ip"]121	if len(source) == 0 {122		source = event.GetTags()["job"]123		if len(source) == 0 {124			hostName, err := os.Hostname()125			if err == nil {126				source = hostName127			} else {128				source = "unknown"129			}130		}131	}132	return source133}134func (nozzle *Nozzle) getTags(event *loggregator_v2.Envelope) map[string]string {135	tags := make(map[string]string)136	if deployment, ok := event.GetTags()["deployment"]; ok {137		tags["deployment"] = deployment138	}139	if job, ok := event.GetTags()["job"]; ok {140		tags["job"] = job141	}142	if nozzle.Api != nil {143		if event.GetTags()["origin"] == "rep" {144			if appName, ok := event.GetTags()["app_name"]; ok {145				tags["applicationName"] = appName146				tags["org"] = event.GetTags()["organization_name"]147				tags["space"] = event.GetTags()["space_name"]148			} else if sourceID, ok := event.GetTags()["source_id"]; ok && nozzle.enableAppTagLookups {...

getTags

Using AI Code Generation

1import (2func main() {3	tags := gauge.GetTags()4	fmt.Println(tags)5}6import (7func main() {8	specName := gauge.GetSpecName()9	fmt.Println(specName)10}11import (12func main() {13	scenarioName := gauge.GetScenarioName()14	fmt.Println(scenarioName)15}16import (17func main() {18	stepName := gauge.GetStepName()19	fmt.Println(stepName)20}21import (22func main() {23	stepValue := gauge.GetStepValue()24	fmt.Println(stepValue)25}26import (27func main() {28	stepArgs := gauge.GetStepArgs()29	fmt.Println(stepArgs)30}31import (32func main() {33	currentSuiteName := gauge.GetCurrentSuiteName()34	fmt.Println(currentSuiteName)35}36import (37func main() {38	previousSuiteName := gauge.GetPreviousSuiteName()39	fmt.Println(previousSuiteName)40}41import (

getTags

Using AI Code Generation

1import "fmt"2func main() {3    tags := gauge.getTags()4    fmt.Println(tags)5}6import "fmt"7func main() {8    tags := gauge.getTags()9    fmt.Println(tags)10}11import "fmt"12func main() {13    tags := gauge.getTags()14    fmt.Println(tags)15}16import "fmt"17func main() {18    tags := gauge.getTags()19    fmt.Println(tags)20}21import "fmt"22func main() {23    tags := gauge.getTags()24    fmt.Println(tags)25}26import "fmt"27func main() {28    tags := gauge.getTags()29    fmt.Println(tags)30}31import "fmt"32func main() {33    tags := gauge.getTags()34    fmt.Println(tags)35}36import "fmt"37func main() {38    tags := gauge.getTags()39    fmt.Println(tags)40}41import "fmt"42func main() {43    tags := gauge.getTags()44    fmt.Println(tags)45}46import "fmt"47func main() {48    tags := gauge.getTags()49    fmt.Println(tags)50}51import "fmt"52func main() {53    tags := gauge.getTags()54    fmt.Println(tags)55}56import "fmt"57func main() {58    tags := gauge.getTags()59    fmt.Println(tags)60}

getTags

Using AI Code Generation

1import (2func main() {3	tags := gauge.GetTags()4	fmt.Println("Tags are: ", tags)5}6import (7func main() {8	scenarioName := gauge.GetScenarioName()9	fmt.Println("Scenario name is: ", scenarioName)10}11import (12func main() {13	specificationName := gauge.GetSpecificationName()14	fmt.Println("Specification name is: ", specificationName)15}16import (17func main() {18	projectName := gauge.GetProjectName()19	fmt.Println("Project name is: ", projectName)20}21import (22func main() {23	projectRoot := gauge.GetProjectRoot()24	fmt.Println("Project root is: ", projectRoot)25}26import (27func main() {28	customBuildPath := gauge.GetCustomBuildPath()29	fmt.Println("Custom build path is: ", customBuildPath)30}31import (32func main() {33	customBuildTarget := gauge.GetCustomBuildTarget()34	fmt.Println("Custom build target is: ", customBuildTarget)35}36import (37func main() {

getTags

Using AI Code Generation

1import (2func main() {3	tags := gauge.GetTags()4	fmt.Println("Tags are: ", tags)5}6import (7func main() {8	scenario := gauge.GetScenario()9	fmt.Println("Scenario is: ", scenario)10}11import (12func main() {13	specification := gauge.GetSpecification()14	fmt.Println("Specification is: ", specification)15}16import (17func main() {18	projectRoot := gauge.GetProjectRoot()19	fmt.Println("Project Root is: ", projectRoot)20}21import (22func main() {23	stepName := gauge.GetStepName()24	fmt.Println("Step Name is: ", stepName)25}26import (27func main() {28	stepValue := gauge.GetStepValue()29	fmt.Println("Step Value is: ", stepValue)30}31import (32func main() {33	stepText := gauge.GetStepText()34	fmt.Println("Step Text is: ", stepText)35}36import (37func main() {38	stepValue := gauge.GetStepValue()39	fmt.Println("Step Value is: ", stepValue)40}

getTags

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println(gauge.getTags())4}5type Gauge struct {6}7func (gauge *Gauge) getTags() []string {8}

getTags

Using AI Code Generation

1import (2func main() {3	tags := gauge.GetTags()4	fmt.Println(tags)5}6import (7func main() {8	tags := gauge.GetSpecTags()9	fmt.Println(tags)10}11import (12func main() {13	tags := gauge.GetScenarioTags()14	fmt.Println(tags)15}16import (17func main() {18	tags := gauge.GetStepTags()19	fmt.Println(tags)20}21import (22func main() {23	tags := gauge.GetSuiteTags()24	fmt.Println(tags)25}26import (27func main() {28	dataStore := gauge.GetSuiteDataStore()29	fmt.Println(dataStore)30}31import (32func main() {33	dataStore := gauge.GetSpecDataStore()34	fmt.Println(dataStore)35}36import (37func main() {38	dataStore := gauge.GetScenarioDataStore()39	fmt.Println(dataStore)40}

getTags

Using AI Code Generation

1import (2func main() {3	fmt.Println(gauge.GetTags())4}5Using gauge.GetTags() in a step6To use gauge.GetTags() in a step, a step implementation can be written as follows:7import (8func main() {9	tags := gauge.GetTags()10	if tags[0] == "tag1" {11		testsuit.TearDown(false)12	} else {13		testsuit.TearDown(true)14	}15}16Using gauge.GetTags() in a hook17To use gauge.GetTags() in a hook, a hook can be written as follows:18import (19func main() {20	tags := gauge.GetTags()21	if tags[0] == "tag1" {22		testsuit.TearDown(false)23	} else {24		testsuit.TearDown(true)25	}26}27Using gauge.GetTags() in a validation28To use gauge.GetTags() in a validation, a validation can be written as follows:

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