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How to use checkName method of metrics Package

Best K6 code snippet using metrics.checkName

client.go

Source:client.go

...59	}60	return client61}62// Gauge represents a series of observations, one for each current timestamp63func (c *Client) Gauge(jobName string, checkName string, value float64, tags DDTags) error {64	c.Lock()65	m, ok := c.metricsMap[jobName+checkName]66	// if not available, create a new Metric67	if !ok {68		m = NewMetric(checkName, tags[cons.Host], TypeGauge, tags.ToTagList())69		c.Series = append(c.Series, m)70		c.metricsMap[jobName+checkName] = m71	}72	m.Value = append(m.Value, []float64{now(), value})73	c.Unlock()74	return nil75}76func (c *Client) Rate(jobName string, checkName string, value float64, tags DDTags) error {77	return c.count(jobName, checkName, value, tags, TypeRate)78}79func (c *Client) Count(jobName string, checkName string, value float64, tags DDTags) error {80	return c.count(jobName, checkName, value, tags, TypeCounter)81}82// stores the count for a given time interval (DDInterval)83func (c *Client) count(jobName string, checkName string, value float64, tags DDTags, typ string) error {84	c.Lock()85	m, ok := c.metricsMap[jobName+checkName]86	if !ok {87		m = NewMetric(checkName, tags[cons.Host], typ, tags.ToTagList())88		c.Series = append(c.Series, m)89		c.metricsMap[jobName+checkName] = m90		m.Value = append(m.Value, []float64{now(), value})91		c.Unlock()92		return nil93	}94	m.Value[0][1] += value95	m.Value[0][0] = now()96	c.Unlock()97	return nil98}99func (c *Client) Timing(jobName string, checkName string, val float64, tags DDTags) error {100	return c.Hist(jobName, checkName, val, tags)101}102func (c *Client) Hist(jobName string, checkName string, val float64, tags DDTags) error {103	c.Lock()104	h := c.histograms[jobName+checkName]105	if h == nil {106		h = NewHistogram(1000, tags)107		c.histograms[jobName+checkName] = h108	}109	c.Unlock()110	h.Add(c, jobName, checkName, val)111	return nil112}113func (c *Client) Snapshot() *Client {114	c.Lock()115	defer func() {116		c.lastFlush = c.now()117		c.Unlock()118	}()119	if len(c.Series) == 0 {120		return nil121	}122	snap := Client{123		Series:     c.Series,124		metricsMap: c.metricsMap,...

metrics.go

Source:metrics.go

...16	registerMetrics.Do(func() {17		endpointCheckCounter = metrics.NewCounterVec(&metrics.CounterOpts{18			Name: "pod_network_connectivity_check_count",19			Help: "Report status of pod network connectivity checks over time.",20		}, []string{"component", "checkName", "targetEndpoint", "tcpConnect", "dnsResolve"})21		tcpConnectLatencyGauge = metrics.NewGaugeVec(&metrics.GaugeOpts{22			Name: "pod_network_connectivity_check_tcp_connect_latency_gauge",23			Help: "Report latency of TCP connect to target endpoint over time.",24		}, []string{"component", "checkName", "targetEndpoint"})25		dnsResolveLatencyGauge = metrics.NewGaugeVec(&metrics.GaugeOpts{26			Name: "pod_network_connectivity_check_dns_resolve_latency_gauge",27			Help: "Report latency of DNS resolve of target endpoint over time.",28		}, []string{"component", "checkName", "targetEndpoint"})29		legacyregistry.MustRegister(endpointCheckCounter)30		legacyregistry.MustRegister(tcpConnectLatencyGauge)31		legacyregistry.MustRegister(dnsResolveLatencyGauge)32	})33}34// MetricsContext updates connectivity check metrics35type MetricsContext interface {36	Update(targetEndpoint string, latency *trace.LatencyInfo, checkErr error)37}38type metricsContext struct {39	componentName string40	checkName     string41}42func NewMetricsContext(componentName, checkName string) *metricsContext {43	RegisterMetrics()44	return &metricsContext{45		componentName: componentName,46		checkName:     checkName,47	}48}49// Update the pod network connectivity check metrics for the given check results.50func (m *metricsContext) Update(targetEndpoint string, latency *trace.LatencyInfo, checkErr error) {51	endpointCheckCounter.With(m.getCounterMetricLabels(targetEndpoint, latency, checkErr)).Inc()52	if latency.Connect > 0 {53		tcpConnectLatencyGauge.With(m.getMetricLabels(targetEndpoint)).Set(float64(latency.Connect.Nanoseconds()))54	}55	if latency.DNS > 0 {56		dnsResolveLatencyGauge.With(m.getMetricLabels(targetEndpoint)).Set(float64(latency.DNS.Nanoseconds()))57	}58}59func (m *metricsContext) getCounterMetricLabels(targetEndpoint string, latency *trace.LatencyInfo, checkErr error) map[string]string {60	labels := m.getMetricLabels(targetEndpoint)61	labels["dnsResolve"] = ""62	labels["tcpConnect"] = ""63	if isDNSError(checkErr) {64		labels["dnsResolve"] = "failure"65		return labels66	}67	if latency.DNS != 0 {68		labels["dnsResolve"] = "success"69	}70	if checkErr != nil {71		labels["tcpConnect"] = "failure"72		return labels73	}74	labels["tcpConnect"] = "success"75	return labels76}77func (m *metricsContext) getMetricLabels(targetEndpoint string) map[string]string {78	return map[string]string{79		"component":      m.componentName,80		"checkName":      m.checkName,81		"targetEndpoint": targetEndpoint,82	}83}...

checkName

Using AI Code Generation

1import (2func main() {3    reg := prometheus.NewRegistry()4    metrics := NewMetrics(reg)5    http.Handle("/metrics", promhttp.HandlerFor(reg, promhttp.HandlerOpts{}))6    http.HandleFunc("/checkName", func(w http.ResponseWriter, r *http.Request) {7        name := r.URL.Query().Get("name")8        if name == "" {9            w.WriteHeader(http.StatusBadRequest)10        }11        metrics.checkName(name)12        w.WriteHeader(http.StatusOK)13    })14    log.Fatal(http.ListenAndServe(":8080", nil))15}16type Metrics struct {17}18func NewMetrics(reg *prometheus.Registry) *Metrics {19    checkNameCounter := promauto.With(reg).NewCounterVec(20        prometheus.CounterOpts{21        },22        []string{"name"},23    return &Metrics{24    }25}26func (m *Metrics) checkName(name string) {27    m.checkNameCounter.With(prometheus.Labels{"name": name}).Inc()28}29import (30func main() {31    reg := prometheus.NewRegistry()32    metrics := NewMetrics(reg)33    http.Handle("/metrics

checkName

Using AI Code Generation

1import (2func main() {3	m := metrics.New(10.0, 20.0)4	fmt.Println(m.CheckName())5}6import (7func main() {8	m := metrics.New(10.0, 20.0)9	fmt.Println(m.CheckName())10}11import "fmt"12type Metrics struct {13}14func New(name string, age int) *Metrics {15	return &Metrics{16	}17}18func (m *Metrics) CheckName() string {19	return fmt.Sprintf("Name is %s", m.name)20}21I have two go files 1.go and 2.go and both are in the same directory. In 1.go, I am using a method of metrics class and in 2.go, I am using another method of metrics class. I have created a separate directory named metrics and in it, I have created a go file named metrics.go. In this go file, I have created a class named metrics and its methods. When I am trying to use this class in 1.go and 2.go, it is giving me an error that metrics.New undefined (type *metrics has no field or method New). Can someone tell me what is wrong in my code?22You can't import a package that's not in your GOPATH or in a module. You can either:23Move your code to a module (which is the recommended way to do things)24Add your code to your GOPATH (not recommended)

checkName

Using AI Code Generation

1import (2func main() {3	m := metrics.New(10)4	fmt.Println(m.CheckName())5}6import "fmt"7type Metrics struct {8}9func New(count int) *Metrics {10	return &Metrics{count}11}12func (m *Metrics) CheckName() string {13	return fmt.Sprintf("Count: %d", m.Count)14}15import "fmt"16type Metrics struct {17}18func New(count int) *Metrics {19	return &Metrics{count}20}21func (m *Metrics) CheckName() string {22	return fmt.Sprintf("Count: %d", m.Count)23}24func (m *Metrics) CheckName() string {25	return fmt.Sprintf("Count: %d", m.Count)26}

checkName

Using AI Code Generation

1import (2func main() {3    m := metrics.New(10)4    m.CheckName()5    fmt.Println(m)6}7import (8type Metrics struct {9}10func New(count int) *Metrics {11    return &Metrics{count}12}13func (m *Metrics) CheckName() {14    fmt.Println("This is a method of metrics class")15}16&{10}17import (18type Metrics struct {19}20func New(count int) *Metrics {21    return &Metrics{count}22}23func (m *Metrics) checkName() {24    fmt.Println("This is a method of metrics class")25}26import (27func main() {28    m := metrics.New(10)29    m.CheckName()30    fmt.Println(m)31}32&{10}

checkName

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello World")4    metrics.CheckName("Hello")5}6import (7func main() {8    fmt.Println("Hello World")9    metrics.CheckName("Hello")10}11func CheckName(name string) {12    fmt.Println("Hello " + name)13}14import (15func main() {16    fmt.Println("Hello World")17    metrics.CheckName("Hello")18}19import (20func main() {21    fmt.Println("Hello World")22    metrics.CheckName("Hello")23}

checkName

Using AI Code Generation

1import (2func main() {3	fmt.Println("Enter name")4	fmt.Scanln(&name)5	if metrics.CheckName(name) {6		fmt.Println("Name is valid")7	} else {8		fmt.Println("Name is invalid")9	}10}11import (12func main() {13	fmt.Println("Enter name")14	fmt.Scanln(&name)15	if metrics.CheckName(name) {16		fmt.Println("Name is valid")17	} else {18		fmt.Println("Name is invalid")19	}20}21import (22func main() {23	fmt.Println("Enter name")24	fmt.Scanln(&name)25	if metrics.CheckName(name) {26		fmt.Println("Name is valid")27	} else {28		fmt.Println("Name is invalid")29	}30}31import (32func main() {33	fmt.Println("Enter name")34	fmt.Scanln(&name)35	if metrics.CheckName(name) {36		fmt.Println("Name is valid")37	} else {38		fmt.Println("Name is invalid")39	}40}41import (42func main() {43	fmt.Println("Enter name")44	fmt.Scanln(&name)45	if metrics.CheckName(name) {46		fmt.Println("Name is valid")47	} else {48		fmt.Println("Name is invalid")49	}50}51import (

checkName

Using AI Code Generation

1import (2func main() {3	m := metrics.NewMetrics()4	fmt.Println(m.CheckName())5}6We can use the package in another package by using the import keyword. The import keyword is used to import the package in the current package. The syntax for importing a package is:7import package_name8import (9func main() {10	m := metrics.NewMetrics()11	fmt.Println(m.CheckName())12}13We can use the package in a package by using the import keyword. The import keyword is used to import the package in the current package. The syntax for importing a package is:14import package_name15import (16func main() {17	m := metrics.NewMetrics()18	fmt.Println(m.CheckName())19}20We can use the package in a package by using the import keyword. The import keyword is used to import the package in the current package. The syntax for importing a package is:21import package_name22import (23func main() {

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