How to use ExecTime method of result Package

Best Gauge code snippet using result.ExecTime

athenai_test.go

Source:athenai_test.go

...107		var out bytes.Buffer108		client := stub.NewClient(&stub.Result{109			ID:           tt.id,110			Query:        tt.query,111			ExecTime:     tt.execTime,112			ScannedBytes: tt.scanned,113			ResultSet:    tt.rs,114		})115		a := New(client, &Config{Silent: true}, &out).WithWaitInterval(testWaitInterval)116		a.RunQuery(tt.query)117		got := out.String()118		assert.Contains(t, got, tt.want, "Query: %q, Id: %s", tt.query, tt.id)119	}120}121func TestRunQueryFromFile(t *testing.T) {122	tests := []struct {123		filename string124		id       string125		query    string126		execTime int64127		scanned  int64128		rs       athena.ResultSet129		want     string130	}{131		{132			filename: "TestRunQueryFromFile1.sql",133			id:       "TestRunQuery_ShowDBs",134			query:    "SHOW DATABASES",135			execTime: 12345,136			scanned:  56789,137			rs: athena.ResultSet{138				Rows: testhelper.CreateRows([][]string{139					{"cloudfront_logs"},140					{"elb_logs"},141					{"sampledb"},142				}),143			},144			want: showDatabasesOutput,145		},146	}147	for _, tt := range tests {148		// Write test SQL to a temporary file149		tmpFile, err := ioutil.TempFile("", tt.filename)150		assert.NoError(t, err)151		_, err = tmpFile.WriteString(tt.query)152		assert.NoError(t, err)153		var out bytes.Buffer154		client := stub.NewClient(&stub.Result{155			ID:           tt.id,156			Query:        tt.query,157			ExecTime:     tt.execTime,158			ScannedBytes: tt.scanned,159			ResultSet:    tt.rs,160		})161		a := New(client, &Config{}, &out).WithWaitInterval(testWaitInterval)162		a.RunQuery("file://" + tmpFile.Name())163		got := out.String()164		assert.Contains(t, got, tt.want, "Query: %q, Id: %s", tt.query, tt.id)165		// Clean up166		err = tmpFile.Close()167		assert.NoError(t, err)168		err = os.Remove(tmpFile.Name())169		assert.NoError(t, err)170	}171}172const selectOutput = `173Query: SELECT date, time, bytes FROM cloudfront_logs LIMIT 3;174+------------+----------+-------+175| date       | time     | bytes |176| 2014-07-05 | 15:00:00 |  4260 |177| 2014-07-05 | 15:00:00 |    10 |178| 2014-07-05 | 15:00:00 |  4252 |179+------------+----------+-------+180Run time: 5.55 seconds | Data scanned: 6.67 KB`181const showTablesOutput = `182Query: SHOW TABLES;183+-----------------+184| cloudfront_logs |185| elb_logs        |186| flights_parquet |187+-----------------+188Run time: 1.11 seconds | Data scanned: 2.22 KB`189func TestRunQueryOrdered(t *testing.T) {190	tests := []struct {191		query   string192		results []*stub.Result193		wants   []string194	}{195		{196			query: "SELECT date, time, bytes FROM cloudfront_logs LIMIT 3; SHOW DATABASES; SHOW TABLES;",197			results: []*stub.Result{ // Arrange in descending order198				{199					ID:           "TestRunQueryOrderedShowTables",200					Query:        "SHOW TABLES",201					ExecTime:     1111,202					ScannedBytes: 2222,203					ResultSet: athena.ResultSet{204						ResultSetMetadata: &athena.ResultSetMetadata{},205						Rows: testhelper.CreateRows([][]string{206							{"cloudfront_logs"},207							{"elb_logs"},208							{"flights_parquet"},209						}),210					},211				},212				{213					ID:           "TestRunQueryOrderedShowDatabases",214					Query:        "SHOW DATABASES",215					ExecTime:     12345,216					ScannedBytes: 56789,217					ResultSet: athena.ResultSet{218						ResultSetMetadata: &athena.ResultSetMetadata{},219						Rows: testhelper.CreateRows([][]string{220							{"cloudfront_logs"},221							{"elb_logs"},222							{"sampledb"},223						}),224					},225				},226				{227					ID:           "TestRunQueryOrderedSelect",228					Query:        "SELECT date, time, bytes FROM cloudfront_logs LIMIT 3",229					ExecTime:     5555,230					ScannedBytes: 6666,231					ResultSet: athena.ResultSet{232						ResultSetMetadata: &athena.ResultSetMetadata{},233						Rows: testhelper.CreateRows([][]string{234							{"date", "time", "bytes"},235							{"2014-07-05", "15:00:00", "4260"},236							{"2014-07-05", "15:00:00", "10"},237							{"2014-07-05", "15:00:00", "4252"},238						}),239					},240				},241			},242			wants: []string{selectOutput, showDatabasesOutput, showTablesOutput},243		},244	}245	for _, tt := range tests {246		var out bytes.Buffer247		client := stub.NewClient(tt.results...)248		a := New(client, &Config{Database: "sampledb"}, &out).WithWaitInterval(testWaitInterval)249		a.RunQuery(tt.query)250		got := out.String()251		for _, want := range tt.wants {252			assert.Contains(t, got, want, "Results: %#v", tt.results)253		}254	}255}256const selectCSVOutput = `257Query: SELECT date, time, bytes FROM cloudfront_logs LIMIT 3;258date,time,bytes2592014-07-05,15:00:00,42602602014-07-05,15:00:00,102612014-07-05,15:00:00,4252262Run time: 1.11 seconds | Data scanned: 2.22 KB`263func TestRunQueryCSV(t *testing.T) {264	tests := []struct {265		query   string266		results []*stub.Result267		wants   []string268	}{269		{270			query: "SELECT date, time, bytes FROM cloudfront_logs LIMIT 3;",271			results: []*stub.Result{272				{273					ID:           "TestRunQueryCSV_Select",274					Query:        "SELECT date, time, bytes FROM cloudfront_logs LIMIT 3",275					ExecTime:     1111,276					ScannedBytes: 2222,277					ResultSet: athena.ResultSet{278						ResultSetMetadata: &athena.ResultSetMetadata{},279						Rows: testhelper.CreateRows([][]string{280							{"date", "time", "bytes"},281							{"2014-07-05", "15:00:00", "4260"},282							{"2014-07-05", "15:00:00", "10"},283							{"2014-07-05", "15:00:00", "4252"},284						}),285					},286				},287			},288			wants: []string{selectCSVOutput},289		},290	}291	for _, tt := range tests {292		var out bytes.Buffer293		client := stub.NewClient(tt.results...)294		a := New(client, &Config{Database: "sampledb", Format: "csv"}, &out).295			WithWaitInterval(testWaitInterval)296		a.RunQuery(tt.query)297		got := out.String()298		for _, want := range tt.wants {299			assert.Contains(t, got, want, "Results: %#v", tt.results)300		}301	}302}303func TestRunQueryCanceled(t *testing.T) {304	tests := []struct {305		query   string306		results []*stub.Result307		delay   time.Duration308		want    string309	}{310		{311			query: "SELECT date, time, bytes FROM cloudfront_logs LIMIT 3; SHOW DATABASES; SHOW TABLES;",312			results: []*stub.Result{ // Arrange in descending order313				{314					ID:           "TestRunQueryOrderedShowTables",315					Query:        "SHOW TABLES",316					ExecTime:     1111,317					ScannedBytes: 2222,318					ResultSet: athena.ResultSet{319						ResultSetMetadata: &athena.ResultSetMetadata{},320						Rows: testhelper.CreateRows([][]string{321							{"cloudfront_logs"},322							{"elb_logs"},323							{"flights_parquet"},324						}),325					},326				},327				{328					ID:           "TestRunQueryOrderedShowDatabases",329					Query:        "SHOW DATABASES",330					ExecTime:     3333,331					ScannedBytes: 4444,332					ResultSet: athena.ResultSet{333						ResultSetMetadata: &athena.ResultSetMetadata{},334						Rows: testhelper.CreateRows([][]string{335							{"cloudfront_logs"},336							{"elb_logs"},337							{"sampledb"},338						}),339					},340				},341			},342			delay: 10 * time.Millisecond,343			want:  cancelingMsg,344		},345	}346	for _, tt := range tests {347		var out bytes.Buffer348		client := stub.NewClient(tt.results...)349		a := New(client, &Config{Database: "sampledb"}, &out).350			WithStderr(&out).351			WithWaitInterval(testWaitInterval)352		timer := time.NewTimer(tt.delay)353		go func() {354			<-timer.C355			a.signalCh <- os.Interrupt // Send SIGINT signal to cancel after delay356		}()357		a.RunQuery(tt.query)358		got := out.String()359		assert.Contains(t, got, tt.want, "Query: %q, Results: %#v", tt.query, tt.results)360		for _, r := range tt.results {361			assert.NotContains(t, got, r.Query, "Query: %q, Result: %#v", tt.query, r)362		}363	}364}365func TestSetupREPL(t *testing.T) {366	var out bytes.Buffer367	client := stub.NewClient(&stub.Result{ID: "TestSetupREPL"})368	a := New(client, &Config{}, &out)369	err := a.setupREPL()370	assert.NoError(t, err)371	assert.NotNil(t, a.rl)372}373func TestRunREPL(t *testing.T) {374	tests := []struct {375		input    string376		id       string377		execTime int64378		scanned  int64379		rs       athena.ResultSet380		want     string381	}{382		{383			input: "\n",384			id:    "TestRunREPL_EmptyInput",385			want:  "\n",386		},387		{388			input: " ; ; \n",389			id:    "TestRunREPL_EmptyStmt",390			want:  noStmtFound,391		},392		{393			input:    "SHOW DATABASES\n",394			id:       "TestRunREPL_ShowDBs",395			execTime: 12345,396			scanned:  56789,397			rs: athena.ResultSet{398				Rows: testhelper.CreateRows([][]string{399					{"cloudfront_logs"},400					{"elb_logs"},401					{"sampledb"},402				}),403			},404			want: showDatabasesOutput,405		},406	}407	for _, tt := range tests {408		in := strings.NewReader(tt.input)409		var out bytes.Buffer410		rl, err := readline.NewEx(&readline.Config{411			Stdin:               in,412			Stdout:              &out,413			ForceUseInteractive: true,414		})415		assert.NoError(t, err)416		client := stub.NewClient(&stub.Result{417			ID:           tt.id,418			Query:        strings.TrimSpace(tt.input),419			ExecTime:     tt.execTime,420			ScannedBytes: tt.scanned,421			ResultSet:    tt.rs,422		})423		a := New(client, &Config{}, &out).WithWaitInterval(testWaitInterval)424		a.stdin = in425		a.rl = rl426		err = a.RunREPL()427		got := out.String()428		assert.NoError(t, err)429		assert.Contains(t, got, tt.want, "Input: %q, Id: %s", tt.input, tt.id)430	}431}432type stubReadline struct {433	query string434	err   error435	cnt   int436}437func (r *stubReadline) Readline() (string, error) {438	if r.cnt > 0 {439		return "", io.EOF440	}441	r.cnt++442	return r.query, r.err443}444func (r *stubReadline) Close() error {445	return nil446}447func TestRunREPLError(t *testing.T) {448	tests := []struct {449		rl   readlineCloser450		want string451	}{452		{453			rl:   &stubReadline{query: "", err: readline.ErrInterrupt},454			want: "",455		},456		{457			rl:   &stubReadline{query: "foo", err: readline.ErrInterrupt},458			want: "To exit,",459		},460		{461			rl:   &stubReadline{query: "", err: io.EOF},462			want: "",463		},464		{465			rl:   &stubReadline{query: "error", err: errors.New("unknown error")},466			want: "",467		},468	}469	for _, tt := range tests {470		var out bytes.Buffer471		a := New(stub.NewClient(), &Config{}, &out).WithWaitInterval(testWaitInterval)472		a.rl = tt.rl473		err := a.RunREPL()474		got := out.String()475		assert.NoError(t, err)476		assert.Contains(t, got, tt.want, "Readline: %#v", tt.rl)477	}478}479type stubFilter struct {480	lines    []string481	idxs     []int482	selected []string483	errMsg   string484}485func newStubFilter(idxs ...int) *stubFilter {486	f := &stubFilter{487		idxs: idxs,488	}489	return f490}491func (f *stubFilter) SetInput(input string) {492	f.lines = strings.Split(input, "\n")493}494func (f *stubFilter) Run(ctx context.Context) error {495	if f.errMsg != "" {496		return errors.New(f.errMsg)497	}498	for _, idx := range f.idxs {499		f.selected = append(f.selected, f.lines[idx])500	}501	return nil502}503func (f *stubFilter) Len() int {504	return len(f.selected)505}506func (f *stubFilter) Each(fn func(item string) bool) {507	for _, s := range f.selected {508		fn(s)509	}510}511func TestSelectQueryExecutions(t *testing.T) {512	tests := []struct {513		count uint514		idxs  []int515		want  int516	}{517		{518			count: 0,519			idxs:  []int{0, 1, 2},520			want:  3,521		},522		{523			count: 1,524			idxs:  []int{0},525			want:  1,526		},527		{528			count: 50,529			idxs:  []int{0, 1, 2},530			want:  3,531		},532	}533	results := []*stub.Result{534		{535			ID:           "TestFetchQueryExecutions_ShowTables",536			Query:        "SHOW TABLES",537			SubmitTime:   time.Date(2017, 7, 1, 0, 0, 0, 0, time.UTC),538			ExecTime:     1111,539			ScannedBytes: 2222,540		},541		{542			ID:           "TestFetchQueryExecutions_ShowDatabases",543			Query:        "SHOW DATABASES",544			SubmitTime:   time.Date(2017, 7, 1, 1, 0, 0, 0, time.UTC),545			ExecTime:     12345,546			ScannedBytes: 56789,547		},548		{549			ID:           "TestFetchQueryExecutions_Select",550			Query:        "SELECT date, time, bytes FROM cloudfront_logs LIMIT 3",551			SubmitTime:   time.Date(2017, 7, 1, 2, 0, 0, 0, time.UTC),552			ExecTime:     5555,553			ScannedBytes: 6666,554		},555	}556	for _, tt := range tests {557		client := stub.NewClient(results...)558		cfg := &Config{Count: tt.count}559		var out bytes.Buffer560		a := New(client, cfg, &out).WithWaitInterval(testWaitInterval)561		a.f = newStubFilter(tt.idxs...) // Select all items562		got, err := a.selectQueryExecutions(context.Background())563		assert.NoError(t, err)564		assert.Len(t, got, tt.want, "Count: %#v", tt.count)565	}566}567func TestShowResults(t *testing.T) {568	tests := []struct {569		results  []*stub.Result570		idxs     []int571		wants    []string572		notWants []string573	}{574		{575			// When three entries are selected576			results: []*stub.Result{577				{578					ID:           "TestShowResults_ShowTables",579					Query:        "SHOW TABLES",580					SubmitTime:   time.Date(2017, 7, 1, 0, 0, 0, 0, time.UTC),581					ExecTime:     1111,582					ScannedBytes: 2222,583					ResultSet: athena.ResultSet{584						ResultSetMetadata: &athena.ResultSetMetadata{},585						Rows: testhelper.CreateRows([][]string{586							{"cloudfront_logs"},587							{"elb_logs"},588							{"flights_parquet"},589						}),590					},591				},592				{593					ID:           "TestShowResults_ShowDatabases",594					Query:        "SHOW DATABASES",595					SubmitTime:   time.Date(2017, 7, 1, 1, 0, 0, 0, time.UTC),596					ExecTime:     12345,597					ScannedBytes: 56789,598					ResultSet: athena.ResultSet{599						ResultSetMetadata: &athena.ResultSetMetadata{},600						Rows: testhelper.CreateRows([][]string{601							{"cloudfront_logs"},602							{"elb_logs"},603							{"sampledb"},604						}),605					},606				},607				{608					ID:           "TestShowResults_Select",609					Query:        "SELECT date, time, bytes FROM cloudfront_logs LIMIT 3",610					SubmitTime:   time.Date(2017, 7, 1, 2, 0, 0, 0, time.UTC),611					ExecTime:     5555,612					ScannedBytes: 6666,613					ResultSet: athena.ResultSet{614						ResultSetMetadata: &athena.ResultSetMetadata{},615						Rows: testhelper.CreateRows([][]string{616							{"date", "time", "bytes"},617							{"2014-07-05", "15:00:00", "4260"},618							{"2014-07-05", "15:00:00", "10"},619							{"2014-07-05", "15:00:00", "4252"},620						}),621					},622				},623				{ // This entry should be skipped as it's failed624					ID:         "TestShowResults_Failed",625					Query:      "SELECT * FROM err_table",626					FinalState: stub.Failed,627					SubmitTime: time.Date(2017, 7, 1, 3, 0, 0, 0, time.UTC),628				},629			},630			idxs:  []int{0, 1, 2},631			wants: []string{selectOutput, showDatabasesOutput, showTablesOutput},632		},633		// When no entry is selected634		{635			results: []*stub.Result{636				{637					ID:           "TestShowResults_ShowTables",638					Query:        "SHOW TABLES",639					SubmitTime:   time.Date(2017, 7, 1, 0, 0, 0, 0, time.UTC),640					ExecTime:     1111,641					ScannedBytes: 2222,642					ResultSet: athena.ResultSet{643						ResultSetMetadata: &athena.ResultSetMetadata{},644						Rows: testhelper.CreateRows([][]string{645							{"cloudfront_logs"},646							{"elb_logs"},647							{"flights_parquet"},648						}),649					},650				},651				{652					ID:           "TestShowResults_ShowDatabases",653					Query:        "SHOW DATABASES",654					SubmitTime:   time.Date(2017, 7, 1, 1, 0, 0, 0, time.UTC),655					ExecTime:     12345,656					ScannedBytes: 56789,657					ResultSet: athena.ResultSet{658						ResultSetMetadata: &athena.ResultSetMetadata{},659						Rows: testhelper.CreateRows([][]string{660							{"cloudfront_logs"},661							{"elb_logs"},662							{"sampledb"},663						}),664					},665				},666				{667					ID:           "TestShowResults_Select",668					Query:        "SELECT date, time, bytes FROM cloudfront_logs LIMIT 3",669					SubmitTime:   time.Date(2017, 7, 1, 2, 0, 0, 0, time.UTC),670					ExecTime:     5555,671					ScannedBytes: 6666,672					ResultSet: athena.ResultSet{673						ResultSetMetadata: &athena.ResultSetMetadata{},674						Rows: testhelper.CreateRows([][]string{675							{"date", "time", "bytes"},676							{"2014-07-05", "15:00:00", "4260"},677							{"2014-07-05", "15:00:00", "10"},678							{"2014-07-05", "15:00:00", "4252"},679						}),680					},681				},682			},683			idxs:     []int{0},684			wants:    []string{selectOutput},...

report.go

Source:report.go

...11	// derived numbers12	numberOfQueries int13	failedQueries   int14	totalTime       time.Duration15	totalExecTime   time.Duration16	maxTime time.Duration17	minTime time.Duration18	avgTime time.Duration19	medTime time.Duration20}21func newReport(q query) report {22	r := report{}23	r.results = []result{}24	r.query = q25	return r26}27type result struct {28	st time.Time29	et time.Time30	statusCode int31	err        error32	isError    bool33}34func (r *report) Prepare() {35	validResults := []result{}36	r.numberOfQueries = len(r.results)37	for _, res := range r.results {38		if res.isError {39			r.failedQueries++40		} else {41			validResults = append(validResults, res)42		}43	}44	goodQueries := r.numberOfQueries - r.failedQueries45	if goodQueries <= 0 {46		return47	}48	minSt := validResults[0].st49	maxEt := validResults[0].et50	execTime := validResults[0].et.Sub(validResults[0].st)51	r.minTime = execTime52	r.maxTime = execTime53	r.totalExecTime = execTime54	// for median55	execTimes := []time.Duration{}56	execTimes = append(execTimes, execTime)57	for i := 1; i < len(validResults); i++ {58		if validResults[i].st.Before(minSt) {59			minSt = validResults[i].st60		}61		if validResults[i].et.After(maxEt) {62			maxEt = validResults[i].et63		}64		execTime := validResults[i].et.Sub(validResults[i].st)65		if r.minTime > execTime {66			r.minTime = execTime67		}68		if r.maxTime < execTime {69			r.maxTime = execTime70		}71		r.totalExecTime += execTime             // for avg72		execTimes = append(execTimes, execTime) // for median73	}74	r.totalTime = maxEt.Sub(minSt)75	r.avgTime = time.Duration(int64(r.totalExecTime) / int64(goodQueries))76	sort.Slice(execTimes, func(i, j int) bool {77		return int64(execTimes[i]) < int64(execTimes[j])78	})79	if len(execTimes)%2 == 0 {80		r.medTime = (execTimes[(len(execTimes)/2)-1] + execTimes[len(execTimes)/2]) / 281	} else {82		r.medTime = execTimes[len(execTimes)/2]83	}84}85func (r *report) Print() {86	r.Prepare()87	fmt.Println("--------")88	fmt.Println("query str:", r.query.queryStr)89	fmt.Println("#queries:", r.numberOfQueries)...

main.go

Source:main.go

1package main2import (3	"context"4	"fmt"5	"log"6	"time"7	"github.com/MasatoTokuse/exectime"8	"go.mongodb.org/mongo-driver/bson"9	"go.mongodb.org/mongo-driver/mongo"10	"go.mongodb.org/mongo-driver/mongo/options"11	"go.mongodb.org/mongo-driver/mongo/readpref"12)13func main() {14	fmt.Println("Begin MongoDB")15	ctx, cancel := context.WithTimeout(context.Background(), 10*time.Second)16	defer cancel()17	credential := options.Credential{18		Username:    "root",19		Password:    "example",20		PasswordSet: true,21	}22	client, err := mongo.Connect(ctx, options.Client().SetAuth(credential).ApplyURI("mongodb://mongo:27017"))23	defer func() {24		if err = client.Disconnect(ctx); err != nil {25			panic(err)26		}27	}()28	err = client.Ping(ctx, readpref.Primary())29	if err != nil {30		log.Fatalln(err)31	}32	collection := client.Database("test").Collection("surveys")33	surveys := make([]interface{}, 0)34	for i := 0; i < 10000; i++ {35		surveys = append(surveys, bson.D{{"survey_id", 100}, {"selected", i}, {"user_id", i}})36	}37	execTime := exectime.Measure(func() {38		_, err = collection.InsertMany(ctx, surveys)39	})40	if err != nil {41		log.Fatalln(err)42	}43	fmt.Println(execTime.Seconds())44	execTime = exectime.Measure(func() {45		cur, err := collection.Find(ctx, bson.D{{"survey_id", 100}})46		if err != nil {47			log.Fatalln(err)48		}49		defer cur.Close(ctx)50		results := make([]bson.D, 0)51		for cur.Next(ctx) {52			var result bson.D53			err := cur.Decode(&result)54			if err != nil {55				log.Fatal(err)56			}57			results = append(results, result)58		}59		fmt.Println(len(results))60		if err := cur.Err(); err != nil {61			log.Fatal(err)62		}63	})64	fmt.Println(execTime.Seconds())65	fmt.Println("End MongoDB")66}...

ExecTime

Using AI Code Generation

1import (2func main() {3	t1 := time.Now()4	fmt.Println(t1)5	time.Sleep(2 * time.Second)6	t2 := time.Now()7	fmt.Println(t2)8	fmt.Println("Time difference is: ", t2.Sub(t1))9}

ExecTime

Using AI Code Generation

1import (2func main() {3    result := Result{Start: time.Now()}4    time.Sleep(2 * time.Second)5    result.End = time.Now()6    fmt.Println("Execution time: ", result.ExecTime())7}8import (9func main() {10    result := Result{Start: time.Now()}11    time.Sleep(2 * time.Second)12    result.End = time.Now()13    fmt.Println("Execution time: ", result.ExecTime())14}15import (16func main() {17    result := Result{Start: time.Now()}18    time.Sleep(2 * time.Second)19    result.End = time.Now()20    fmt.Println("Execution time: ", result.ExecTime())21}22import (23func main() {24    result := Result{Start: time.Now()}25    time.Sleep(2 * time.Second)26    result.End = time.Now()27    fmt.Println("Execution time: ", result.ExecTime())28}29import (30func main() {31    result := Result{Start: time.Now()}32    time.Sleep(2 * time.Second)33    result.End = time.Now()34    fmt.Println("Execution time: ", result.ExecTime())35}36import (37func main() {38    result := Result{Start: time.Now()}39    time.Sleep(2 * time.Second)40    result.End = time.Now()41    fmt.Println("Execution time: ", result.ExecTime())42}43import (44func main() {45    result := Result{Start: time.Now()}46    time.Sleep(2 * time.Second)47    result.End = time.Now()48    fmt.Println("

ExecTime

Using AI Code Generation

1import (2type User struct {3}4func main() {5	orm, err := beedb.NewSqlite3("test.db")6	if err != nil {7		panic(err)8	}9	orm.SetTable("user").DropTable()10	orm.SetTable("user").CreateTable(new(User))11	user := new(User)12	orm.SetTable("user").Save(user)13	orm.SetTable("user").Save(user)14	orm.SetTable("user").Find(&users)15	fmt.Println(users)16	orm.SetTable("user").Delete(user)17}18import (19type User struct {20}21func main() {22	orm, err := beedb.NewSqlite3("test.db")23	if err != nil {24		panic(err)25	}26	orm.SetTable("user").DropTable()27	orm.SetTable("user").CreateTable(new(User))28	user := new(User)29	orm.SetTable("user").Save(user)30	orm.SetTable("user").Save(user)31	orm.SetTable("user").Find(&users)32	fmt.Println(users)33	orm.SetTable("user").Delete(user)34}35import (36type User struct {37}38func main() {39	orm, err := beedb.NewSqlite3("test.db")40	if err != nil {

ExecTime

Using AI Code Generation

1import (2type Result struct {3}4func (r *Result) ExecTime() float64 {5	return float64(r.Num) * float64(r.Value)6}7func main() {8	fmt.Println("ExecTime:", r.ExecTime())9}

ExecTime

Using AI Code Generation

1import (2func main() {3       t1 := time.Now()4       cmd := exec.Command("ls", "-ltr")5       cmd.Run()6       t2 := time.Now()7       fmt.Println("Total time taken: ", t2.Sub(t1))8}9cmd := exec.Command("date")10stdout, err := cmd.Output()11cmd := exec.Command("ls", "-ltr")12err := cmd.Run()13cmd := exec.Command("ps", "aux")14stdout, err := cmd.StdoutPipe()15if err != nil {16    log.Fatal(err)17}18if err := cmd.Start(); err != nil {19    log.Fatal(err)20}21io.Copy(os.Stdout, stdout)22if err := cmd.Wait(); err != nil {23    log.Fatal(err)24}25cmd := exec.Command("ls", "*.go")26cmd.Run()27cmd := exec.Command("ls

ExecTime

Using AI Code Generation

1func main() {2    result := ExecTime(getDataFromServer)3    fmt.Printf("getDataFromServer took %s4}5func main() {6    result := ExecTime(getDataFromServer)7    fmt.Printf("getDataFromServer took %s8}9func main() {10    result := ExecTime(getDataFromServer)11    fmt.Printf("getDataFromServer took %s12}13func main() {14    result := ExecTime(getDataFromServer)15    fmt.Printf("getDataFromServer took %s16}17func main() {18    result := ExecTime(getDataFromServer)19    fmt.Printf("getDataFromServer took %s20}21func main() {22    result := ExecTime(getDataFromServer)23    fmt.Printf("getDataFromServer took %s24}25func main() {26    result := ExecTime(getDataFromServer)27    fmt.Printf("getDataFromServer took %s28}29func main() {30    result := ExecTime(getDataFromServer)31    fmt.Printf("getDataFromServer took %s32}33func main() {34    result := ExecTime(getDataFromServer)35    fmt.Printf("getDataFromServer took %s36}37func main() {38    result := ExecTime(getDataFromServer)39    fmt.Printf("getDataFromServer took %s40}41func main() {42    result := ExecTime(getDataFromServer)43    fmt.Printf("getDataFromServer took %s

ExecTime

Using AI Code Generation

1result := ExecTime()2fmt.Println(result)3}4result := ExecTime()5fmt.Println(result)6result := result.ExecTime()7fmt.Println(result)8}9result := result.ExecTime()10fmt.Println(result)11A. result := ExecTime()12B. result := result.ExecTime()13C. result := result.ExecTime()14D. result := ExecTime()15A. struct MyStruct {16B. type MyStruct struct {17C. MyStruct struct {18D. MyStruct struct MyStruct {19A. type MyStruct struct {20B. struct MyStruct {21C. MyStruct struct {22D. MyStruct struct MyStruct {23A. MyStruct struct {24B. MyStruct struct MyStruct {25C. struct MyStruct {26D. type MyStruct struct {

ExecTime

Using AI Code Generation

1import "fmt"2import "time"3import "math/rand"4import "github.com/rohitjoshi/ExecTime"5func main() {6    ExecTime.ExecTime(func() {7        fmt.Println("Hello World!")8        for i := 0; i < 10; i++ {9            fmt.Println(rand.Intn(100))10        }11    })12}

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.