Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use Less method of gauge Package

Best Gauge code snippet using gauge.Less

local_sink_test.go

Source:local_sink_test.go

1package metrics2import (3	"fmt"4	"math"5	"math/rand"6	"strings"7	"testing"8	"github.com/stretchr/testify/assert"9)10var (11	perMetricCumulativeHistogramBounds = PerMetricCumulativeHistogramBounds{12		{13			"scope.latency_us",14			[]int64{15				250 * 1000,16				500 * 1000,17				1 * 1000 * 1000,18				5 * 1000 * 1000,19				15 * 1000 * 1000,20				30 * 1000 * 1000,21				60 * 1000 * 1000,22			},23		},24	}25)26func BenchmarkLocalSinkCounters(b *testing.B) {27	sink := NewLocalSink(NullSink, 1e18, nil)28	for i := 0; i < b.N; i++ {29		sink.Handle(fmt.Sprintf("metric_%d", rand.Intn(10)), Tags{30			"a": "A",31			"b": "B",32		}, rand.Float64(), "ct")33	}34}35func BenchmarkLocalSinkStats(b *testing.B) {36	sink := NewLocalSink(NullSink, 1e18, nil)37	for i := 0; i < b.N; i++ {38		sink.Handle(fmt.Sprintf("metric_%d", rand.Intn(10)), Tags{39			"a": "A",40			"b": "B",41		}, rand.Float64(), "h")42	}43}44func BenchmarkLocalSinkFlush(b *testing.B) {45	sink := NewLocalSink(NullSink, 1e18, nil)46	for i := 0; i < 1000; i++ {47		sink.Handle(fmt.Sprintf("counter_%d", i), nil, 1.0, "ct")48		sink.Handle(fmt.Sprintf("stat_%d", i), nil, rand.Float64(), "h")49	}50	for i := 0; i < b.N; i++ {51		sink.Flush()52	}53}54func TestLocalSinkCounter(t *testing.T) {55	local, test := newLocalTestSink()56	local.Handle("test", nil, 1, metricTypeCounter)57	local.Handle("test", nil, 1, metricTypeCounter)58	local.Flush()59	assert.Equal(t, 1, len(test.stats))60	assert.Equal(t, formatMetric("test", nil, 2, metricTypeGauge), test.stats[0])61}62func TestLocalSinkCounterWithFlushThreshold(t *testing.T) {63	test := &testSink{}64	local := NewLocalSink(test, 1, nil)65	local.Handle("test", nil, 1, metricTypeCounter)66	local.Flush()67	// The second flush should be a no-op because the value hasn't changed68	assert.Equal(t, 1, len(test.stats))69	assert.Equal(t, formatMetric("test", nil, 1, metricTypeGauge), test.stats[0])70	local.Flush()71	// The second flush should be a no-op because the value hasn't changed72	assert.Equal(t, 1, len(test.stats))73	assert.Equal(t, formatMetric("test", nil, 1, metricTypeGauge), test.stats[0])74	local.Handle("test", nil, 1, metricTypeCounter)75	local.Flush()76	assert.Equal(t, 2, len(test.stats))77	assert.Equal(t, formatMetric("test", nil, 2, metricTypeGauge), test.stats[1])78}79func TestLocalSinkCounterWithTags(t *testing.T) {80	local, test := newLocalTestSink()81	local.Handle("test", Tags{"a": "b"}, 1, metricTypeCounter)82	local.Handle("test", Tags{"a": "b"}, 1, metricTypeCounter)83	local.Handle("test", Tags{"a": "c"}, 1, metricTypeCounter)84	local.Flush()85	mp := map[string]bool{86		formatMetric("test", Tags{"a": "b"}, 2, metricTypeGauge): true,87		formatMetric("test", Tags{"a": "c"}, 1, metricTypeGauge): true,88	}89	assert.Equal(t, 2, len(test.stats))90	assert.Equal(t, true, mp[test.stats[0]])91	assert.Equal(t, true, mp[test.stats[1]])92	assert.NotEqual(t, test.stats[0], test.stats[1])93}94func TestLocalSinkGauge(t *testing.T) {95	local, test := newLocalTestSink()96	local.Handle("test", nil, 1, metricTypeGauge)97	local.Handle("test", nil, 2, metricTypeGauge)98	local.Flush()99	assert.Equal(t, 1, len(test.stats))100	assert.Equal(t, formatMetric("test", nil, 2, metricTypeGauge), test.stats[0])101	local.Handle("test", nil, 3, metricTypeGauge)102	local.Flush()103	assert.Equal(t, 2, len(test.stats))104	assert.Equal(t, formatMetric("test", nil, 3, metricTypeGauge), test.stats[1])105}106func TestLocalSinkGaugeWithTags(t *testing.T) {107	local, test := newLocalTestSink()108	local.Handle("test", Tags{"a": "b"}, 1, metricTypeGauge)109	local.Handle("test", Tags{"a": "c"}, 2, metricTypeGauge)110	local.Flush()111	mp := map[string]bool{112		formatMetric("test", Tags{"a": "b"}, 1, metricTypeGauge): true,113		formatMetric("test", Tags{"a": "c"}, 2, metricTypeGauge): true,114	}115	assert.Equal(t, 2, len(test.stats))116	assert.Equal(t, true, mp[test.stats[0]])117	assert.Equal(t, true, mp[test.stats[1]])118	assert.NotEqual(t, test.stats[0], test.stats[1])119}120func unpackFlushed(s string) (string, float64, string) {121	var v float64122	split := strings.Split(s, " ")123	fmt.Sscanf(split[2], "%g", &v)124	return split[0], v, split[3]125}126func TestLocalSinkStat(t *testing.T) {127	local, test := newLocalTestSink()128	for i := 1; i <= 100; i++ {129		local.Handle("test", nil, float64(i), metricTypeStat)130	}131	local.Flush()132	mp := map[string]bool{133		formatMetric("test.count", nil, 100, metricTypeGauge):       true,134		formatMetric("test.avg", nil, 50, metricTypeGauge):          true,135		formatMetric("test.max", nil, 100, metricTypeGauge):         true,136		formatMetric("test.min", nil, 1, metricTypeGauge):           true,137		formatMetric("test.median", nil, 50, metricTypeGauge):       true,138		formatMetric("test.90percentile", nil, 90, metricTypeGauge): true,139		formatMetric("test.99percentile", nil, 99, metricTypeGauge): true,140	}141	mpStats := make(map[string]bool)142	for _, s := range test.stats {143		name, value, mt := unpackFlushed(s)144		mpStats[formatMetric(name, nil, float64(math.Floor(value)), metricType(mt))] = true145	}146	assert.Equal(t, mp, mpStats)147}148func TestLocalSinkStatWithTags(t *testing.T) {149	local, test := newLocalTestSink()150	for i := 1; i <= 100; i++ {151		local.Handle("test", Tags{"a": "b"}, float64(i), metricTypeStat)152	}153	local.Flush()154	mp := map[string]bool{155		formatMetric("test.count", Tags{"a": "b"}, 100, metricTypeGauge):       true,156		formatMetric("test.avg", Tags{"a": "b"}, 50, metricTypeGauge):          true,157		formatMetric("test.max", Tags{"a": "b"}, 100, metricTypeGauge):         true,158		formatMetric("test.min", Tags{"a": "b"}, 1, metricTypeGauge):           true,159		formatMetric("test.median", Tags{"a": "b"}, 50, metricTypeGauge):       true,160		formatMetric("test.90percentile", Tags{"a": "b"}, 90, metricTypeGauge): true,161		formatMetric("test.99percentile", Tags{"a": "b"}, 99, metricTypeGauge): true,162	}163	mpStats := make(map[string]bool)164	for _, s := range test.stats {165		name, value, mt := unpackFlushed(s)166		mpStats[formatMetric(name, Tags{"a": "b"}, float64(math.Floor(value)), metricType(mt))] = true167	}168	assert.Equal(t, mp, mpStats)169}170func TestLocalSinkCumulativeFrequency(t *testing.T) {171	local, test := newLocalTestSink()172	for i := 100000; i <= 100000000; i *= 2 {173		// Cumulative frequency counters should be created for this metric.174		local.Handle("scope.latency_us", Tags{"a": "b"}, float64(i), metricTypeStat)175		// No cumulative frequency counters should be created for this metrics.176		local.Handle("foo", Tags{"a": "b"}, float64(i), metricTypeStat)177	}178	local.Flush()179	metric := "scope.latency_us"180	expected := map[string]bool{181		formatMetric(metric+".less_than.250000", Tags{"a": "b"}, 2, metricTypeGauge):    true,182		formatMetric(metric+".less_than.500000", Tags{"a": "b"}, 3, metricTypeGauge):    true,183		formatMetric(metric+".less_than.1000000", Tags{"a": "b"}, 4, metricTypeGauge):   true,184		formatMetric(metric+".less_than.5000000", Tags{"a": "b"}, 6, metricTypeGauge):   true,185		formatMetric(metric+".less_than.15000000", Tags{"a": "b"}, 8, metricTypeGauge):  true,186		formatMetric(metric+".less_than.30000000", Tags{"a": "b"}, 9, metricTypeGauge):  true,187		formatMetric(metric+".less_than.60000000", Tags{"a": "b"}, 10, metricTypeGauge): true,188		formatMetric(metric+".less_than.inf", Tags{"a": "b"}, 10, metricTypeGauge):      true,189	}190	notExpected := map[string]bool{191		formatMetric("foo.less_than.250000", Tags{"a": "b"}, 2, metricTypeGauge):    true,192		formatMetric("foo.less_than.500000", Tags{"a": "b"}, 3, metricTypeGauge):    true,193		formatMetric("foo.less_than.1000000", Tags{"a": "b"}, 4, metricTypeGauge):   true,194		formatMetric("foo.less_than.5000000", Tags{"a": "b"}, 6, metricTypeGauge):   true,195		formatMetric("foo.less_than.15000000", Tags{"a": "b"}, 8, metricTypeGauge):  true,196		formatMetric("foo.less_than.30000000", Tags{"a": "b"}, 9, metricTypeGauge):  true,197		formatMetric("foo.less_than.60000000", Tags{"a": "b"}, 10, metricTypeGauge): true,198		formatMetric("foo.less_than.inf", Tags{"a": "b"}, 10, metricTypeGauge):      true,199	}200	actual := make(map[string]bool)201	for _, s := range test.stats {202		name, value, mt := unpackFlushed(s)203		actual[formatMetric(name, Tags{"a": "b"}, float64(math.Floor(value)), metricType(mt))] = true204	}205	for key := range expected {206		assert.Contains(t, actual, key)207	}208	for key := range notExpected {209		assert.NotContains(t, actual, key)210	}211}212func newLocalTestSink() (Sink, *testSink) {213	dst := &testSink{}214	local := NewLocalSink(dst, 1e18, perMetricCumulativeHistogramBounds)215	return local, dst216}217type testSink struct {218	stats []string219}220func formatMetric(metric string, tags Tags, value float64, metricType metricType) string {221	return fmt.Sprintf("%s %s %g %s", metric, FormatTags(tags), value, metricType)222}223func (sink *testSink) Handle(metric string, tags Tags, value float64, metricType metricType) error {224	sink.stats = append(sink.stats, formatMetric(metric, tags, value, metricType))225	return nil226}227func (sink *testSink) Flush() error { return nil }228func (sink *testSink) Close()       {}...

prometheus_report_strategies.go

Source:prometheus_report_strategies.go

...29		var totalTime time.Duration30		var maxTime time.Duration31		var minTime time.Duration32		var totalAboveThreshold int6433		var totalLessThanMin int6434		var totalInMiddle int6435		for _, t := range results.GetPassedTests(name) {36			totalRequests++37			totalTime = totalTime + t.Duration()38			if t.Duration() > maxTime {39				maxTime = t.Duration()40			}41			if minTime == 0 || t.Duration() < minTime {42				minTime = t.Duration()43			}44			if t.Duration() <= p.MinTimeThreshold {45				totalLessThanMin++46			} else if t.Duration() > p.MinTimeThreshold && t.Duration() <= p.MaxTimeThreshold {47				totalInMiddle++48			}49			if t.Duration() > p.MaxTimeThreshold {50				totalAboveThreshold++51			}52		}53		avgRequestTime := int64(totalTime/time.Millisecond) / totalRequests54		lessThanPercent := (float64(totalLessThanMin) / float64(totalRequests)) * float64(100)55		middlePercent := (float64(totalInMiddle) / float64(totalRequests)) * float64(100)56		thresholdPercent := (float64(totalAboveThreshold) / float64(totalRequests)) * float64(100)57		concurrentRequestsGuage := promauto.NewGauge(prometheus.GaugeOpts{58			Name: "perf_concurrent_requests",59		})60		pusher.Collector(concurrentRequestsGuage)61		concurrentRequestsGuage.Set(float64(concurrentRequests))62		totalRequestsGuage := promauto.NewGauge(prometheus.GaugeOpts{63			Name: "perf_total_requests",64		})65		pusher.Collector(totalRequestsGuage)66		totalRequestsGuage.Set(float64(totalRequests))67		durationGuage := promauto.NewGauge(prometheus.GaugeOpts{68			Name: "perf_duration_s",69		})70		pusher.Collector(durationGuage)71		durationGuage.Set(float64(testDurationSec))72		totalTimeGuage := promauto.NewGauge(prometheus.GaugeOpts{73			Name: "perf_total_time_ms",74		})75		pusher.Collector(totalTimeGuage)76		totalTimeGuage.Set(float64(totalTime))77		passedGuage := promauto.NewGauge(prometheus.GaugeOpts{78			Name: "perf_passed_tests",79		})80		pusher.Collector(passedGuage)81		passedGuage.Set(float64(len(results.GetPassedTests(name))))82		failedGuage := promauto.NewGauge(prometheus.GaugeOpts{83			Name: "perf_failed_tests",84		})85		pusher.Collector(failedGuage)86		failedGuage.Set(float64(len(results.GetFailedTests(name))))87		avgTimeGuage := promauto.NewGauge(prometheus.GaugeOpts{88			Name: "perf_avg_request_time_ms",89		})90		pusher.Collector(avgTimeGuage)91		avgTimeGuage.Set(float64(avgRequestTime))92		minTimeGuage := promauto.NewGauge(prometheus.GaugeOpts{93			Name: "perf_min_request_time_ms",94		})95		pusher.Collector(minTimeGuage)96		minTimeGuage.Set(float64(minTime / time.Millisecond))97		maxTimeGuage := promauto.NewGauge(prometheus.GaugeOpts{98			Name: "perf_max_request_time_ms",99		})100		pusher.Collector(maxTimeGuage)101		maxTimeGuage.Set(float64(maxTime / time.Millisecond))102		countBelowGuage := promauto.NewGauge(prometheus.GaugeOpts{103			Name: "perf_count_below_threshold",104		})105		pusher.Collector(countBelowGuage)106		countBelowGuage.Set(float64(totalLessThanMin))107		countMiddleGuage := promauto.NewGauge(prometheus.GaugeOpts{108			Name: "perf_count_within_threshold",109		})110		pusher.Collector(countMiddleGuage)111		countMiddleGuage.Set(float64(totalInMiddle))112		countAboveGuage := promauto.NewGauge(prometheus.GaugeOpts{113			Name: "perf_count_above_threshold",114		})115		pusher.Collector(countAboveGuage)116		countAboveGuage.Set(float64(totalAboveThreshold))117		percentBelowGuage := promauto.NewGauge(prometheus.GaugeOpts{118			Name: "perf_percent_below_threshold",119		})120		pusher.Collector(percentBelowGuage)...

gauge.go

Source:gauge.go

...9	// DeltaSame represents no difference.10	DeltaSame delta = iota11	// DeltaMore represents a higher value.12	DeltaMore13	// DeltaLess represents a lower value.14	DeltaLess15	gaugeFmt = "0%dd"16)17type delta int18// Gauge represents a gauge component.19type Gauge struct {20	*Component21	data             Metric22	resolution       int23	deltaOk, deltaS2 delta24}25// NewGauge returns a new gauge.26func NewGauge(id string) *Gauge {27	return &Gauge{28		Component: NewComponent(id),29	}30}31// SetResolution overrides the default number of digits to display.32func (g *Gauge) SetResolution(n int) {33	g.resolution = n34}35// IsDial returns true if chart is a dial.36func (g *Gauge) IsDial() bool {37	return true38}39// Add adds a new metric.40func (g *Gauge) Add(m Metric) {41	g.mx.Lock()42	defer g.mx.Unlock()43	g.deltaOk, g.deltaS2 = computeDelta(g.data.S1, m.S1), computeDelta(g.data.S2, m.S2)44	g.data = m45}46type number struct {47	ok    bool48	val   int6449	str   string50	delta delta51}52// Draw draws the primitive.53func (g *Gauge) Draw(sc tcell.Screen) {54	g.Component.Draw(sc)55	g.mx.RLock()56	defer g.mx.RUnlock()57	rect := g.asRect()58	mid := image.Point{X: rect.Min.X + rect.Dx()/2, Y: rect.Min.Y + rect.Dy()/2 - 1}59	style := tcell.StyleDefault.Background(g.bgColor)60	style = style.Foreground(tcell.ColorYellow)61	sc.SetContent(mid.X, mid.Y, 'â ', nil, style)62	max := g.data.MaxDigits()63	if max < g.resolution {64		max = g.resolution65	}66	var (67		fmat = "%" + fmt.Sprintf(gaugeFmt, max)68		o    = image.Point{X: mid.X, Y: mid.Y - 1}69	)70	s1C, s2C := g.colorForSeries()71	d1, d2 := fmt.Sprintf(fmat, g.data.S1), fmt.Sprintf(fmat, g.data.S2)72	o.X -= len(d1) * 373	g.drawNum(sc, o, number{ok: true, val: g.data.S1, delta: g.deltaOk, str: d1}, style.Foreground(s1C).Dim(false))74	o.X = mid.X + 175	g.drawNum(sc, o, number{ok: false, val: g.data.S2, delta: g.deltaS2, str: d2}, style.Foreground(s2C).Dim(false))76	if rect.Dx() > 0 && rect.Dy() > 0 && g.legend != "" {77		legend := g.legend78		if g.HasFocus() {79			legend = fmt.Sprintf("[%s:%s:]", g.focusFgColor, g.focusBgColor) + g.legend + "[::]"80		}81		tview.Print(sc, legend, rect.Min.X, o.Y+3, rect.Dx(), tview.AlignCenter, tcell.ColorWhite)82	}83}84func (g *Gauge) drawNum(sc tcell.Screen, o image.Point, n number, style tcell.Style) {85	c1, _ := g.colorForSeries()86	if n.ok {87		style = style.Foreground(c1)88		printDelta(sc, n.delta, o, style)89	}90	dm, significant := NewDotMatrix(), n.val == 091	if significant {92		style = g.dimmed93	}94	for i := 0; i < len(n.str); i++ {95		if n.str[i] == '0' && !significant {96			g.drawDial(sc, dm.Print(int(n.str[i]-48)), o, g.dimmed)97		} else {98			significant = true99			g.drawDial(sc, dm.Print(int(n.str[i]-48)), o, style)100		}101		o.X += 3102	}103	if !n.ok {104		o.X++105		printDelta(sc, n.delta, o, style)106	}107}108func (g *Gauge) drawDial(sc tcell.Screen, m Matrix, o image.Point, style tcell.Style) {109	for r := 0; r < len(m); r++ {110		for c := 0; c < len(m[r]); c++ {111			dot := m[r][c]112			if dot == dots[0] {113				sc.SetContent(o.X+c, o.Y+r, dots[1], nil, g.dimmed)114			} else {115				sc.SetContent(o.X+c, o.Y+r, dot, nil, style)116			}117		}118	}119}120// ----------------------------------------------------------------------------121// Helpers...122func computeDelta(d1, d2 int64) delta {123	if d2 == 0 {124		return DeltaSame125	}126	d := d2 - d1127	switch {128	case d > 0:129		return DeltaMore130	case d < 0:131		return DeltaLess132	default:133		return DeltaSame134	}135}136func printDelta(sc tcell.Screen, d delta, o image.Point, s tcell.Style) {137	s = s.Dim(false)138	// nolint:exhaustive139	switch d {140	case DeltaLess:141		sc.SetContent(o.X-1, o.Y+1, 'â', nil, s)142	case DeltaMore:143		sc.SetContent(o.X-1, o.Y+1, 'â', nil, s)144	}145}...

Less

Using AI Code Generation

1import "fmt"2type gauge struct {3}4func (g gauge) area() float64 {5}6func (g gauge) perimeter() float64 {7    return 2 * (g.length + g.width)8}9func (g gauge) less(g2 gauge) bool {10    return g.area() < g2.area()11}12func main() {13    g1 := gauge{length: 10, width: 20}14    g2 := gauge{length: 30, width: 40}15    fmt.Println("g1 is less than g2: ", g1.less(g2))16    fmt.Println("g2 is less than g1: ", g2.less(g1))17}18import "fmt"19type gauge struct {20}21func (g gauge) area() float64 {22}23func (g gauge) perimeter() float64 {24    return 2 * (g.length + g.width)25}26func (g gauge) less(g2 gauge) bool {27    return g.area() < g2.area()28}29func main() {30    g1 := gauge{length: 10, width: 20}31    g2 := gauge{length: 30, width: 40}32    fmt.Println("g1 is less than g2: ", g1.less(g2))33    fmt.Println("g2 is less than g1: ", g2.less(g1))34}35import "fmt"36type gauge struct {37}38func (g gauge) area() float64 {39}40func (g gauge) perimeter() float64 {41    return 2 * (g.length + g.width)42}43func (g gauge) less(g2 gauge) bool {44    return g.area() < g2.area()

Less

Using AI Code Generation

1import (2type Gauge struct {3}4func (g GaugeList) Len() int {5	return len(g)6}7func (g GaugeList) Less(i, j int) bool {8}9func (g GaugeList) Swap(i, j int) {10}11func main() {12	g := GaugeList{13		Gauge{Pressure: 1.2, Temp: 2.3},14		Gauge{Pressure: 3.4, Temp: 4.5},15		Gauge{Pressure: 5.6, Temp: 6.7},16	}17	fmt.Println("Before sorting: ", g)18	sort.Sort(g)19	fmt.Println("After sorting: ", g)20}

Less

Using AI Code Generation

1import (2type gauge struct {3}4func (g gauge) Less(other gauge) bool {5}6func main() {7	g1 := gauge{value: 2.5}8	g2 := gauge{value: 3.5}9	g3 := gauge{value: 3.5}10	g4 := gauge{value: 2.5}11	g5 := gauge{value: 1.5}12}

Less

Using AI Code Generation

1import "fmt"2type gauge struct {3}4type gauge1 struct {5}6func (g gauge) Less(g1 gauge1) bool {7	if g.length < g1.length && g.width < g1.width {8	}9}10func main() {11	g := gauge{10, 20}12	g1 := gauge1{10, 20}13	fmt.Println(g.Less(g1))14}

Less

Using AI Code Generation

1import (2type Gauge struct {3}4func (g Gauge) Less(other Gauge) bool {5}6func main() {7	g1 := Gauge{value: rand.Intn(100)}8	g2 := Gauge{value: rand.Intn(100)}9	fmt.Println(g1.Less(g2))10}

Less

Using AI Code Generation

1import (2func main() {3	g1 = gauge.Gauge(4)4	g2 = gauge.Gauge(5)5	fmt.Println(g1.Less(g2))6}7import (8func TestLess(t *testing.T) {9	g1 = Gauge(4)10	g2 = Gauge(5)11	if !g1.Less(g2) {12		t.Error("Expected true, got false")13	}14}15import (16func main() {17	g1 = gauge.Gauge(4)18	g2 = gauge.Gauge(5)19	g1.Add(g2)20	fmt.Println(g1)21}22import (23func TestAdd(t *testing.T) {24	g1 = Gauge(4)25	g2 = Gauge(5)26	g1.Add(g2)27	if g1 != 9 {28		t.Error("Expected 9, got", g1)29	}30}31import (32func main() {33	g1 = gauge.Gauge(4)34	g1.Set(5)35	fmt.Println(g1)36}37import (38func TestSet(t *testing.T) {39	g1 = gauge.Gauge(4)40	g1.Set(5)

Less

Using AI Code Generation

1import (2func main() {3	g1 := gauge.NewGauge("g1", 10, 20)4	g2 := gauge.NewGauge("g2", 10, 20)5	if g1.Less(g2) == true {6		fmt.Println("g1 is less than g2")7	} else {8		fmt.Println("g1 is greater than g2")9	}10	g3 := gauge.NewGauge("g3", 10, 20)11	g4 := gauge.NewGauge("g4", 10, 20)12	err := g3.LessErr(g4)13	if err != nil {14		fmt.Println(err)15		os.Exit(0)16	}17	g5 := gauge.NewGauge("g5", 10, 20)18	g6 := gauge.NewGauge("g6", 10, 20)19	err = g5.LessTerr(g6)20	if err != nil {21		fmt.Println(err)22		os.Exit(0)23	}24	g7 := gauge.NewGauge("g7", 10, 20)25	g8 := gauge.NewGauge("g8", 10, 20)26	err = g7.LessTerrMsg(g8, "custom message")27	if err != nil {28		fmt.Println(err)29		os.Exit(0)30	}31	g9 := gauge.NewGauge("g9", 10, 20)32	g10 := gauge.NewGauge("g10", 10, 20)33	err = g9.LessTerrCodeMsg(g10, 100, "custom message")34	if err != nil {35		fmt.Println(err)36		os.Exit(0)37	}38	g11 := gauge.NewGauge("g11", 10, 20)39	g12 := gauge.NewGauge("g12", 10, 20)40	err = g11.LessTerrCodeDataMsg(g12, 100, "custom data", "custom message")41	if err != nil {42		fmt.Println(err)43		os.Exit(0)44	}

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.