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How to use executeTest method of v1 Package

Best Testkube code snippet using v1.executeTest

to_test.go

Source:to_test.go

1package experimental_test2import (3	"context"4	"errors"5	"fmt"6	"testing"7	"time"8	"github.com/google/go-cmp/cmp"9	"github.com/influxdata/flux"10	"github.com/influxdata/flux/execute"11	"github.com/influxdata/flux/execute/executetest"12	"github.com/influxdata/flux/querytest"13	"github.com/influxdata/flux/stdlib/universe"14	platform "github.com/influxdata/influxdb/v2"15	"github.com/influxdata/influxdb/v2/mock"16	"github.com/influxdata/influxdb/v2/models"17	_ "github.com/influxdata/influxdb/v2/query/builtin"18	pquerytest "github.com/influxdata/influxdb/v2/query/querytest"19	"github.com/influxdata/influxdb/v2/query/stdlib/experimental"20	"github.com/influxdata/influxdb/v2/query/stdlib/influxdata/influxdb"21	"github.com/influxdata/influxdb/v2/tsdb"22)23func TestTo_Query(t *testing.T) {24	tests := []querytest.NewQueryTestCase{25		{26			Name: "from range pivot experimental to",27			Raw: `import "experimental"28import "influxdata/influxdb/v1"29from(bucket:"mydb")30  |> range(start: -1h)31  |> v1.fieldsAsCols()32  |> experimental.to(bucket:"series1", org:"fred", host:"localhost", token:"auth-token")`,33			Want: &flux.Spec{34				Operations: []*flux.Operation{35					{36						ID: "influxDBFrom0",37						Spec: &influxdb.FromOpSpec{38							Bucket: "mydb",39						},40					},41					{42						ID: "range1",43						Spec: &universe.RangeOpSpec{44							Start:       flux.Time{IsRelative: true, Relative: -time.Hour},45							Stop:        flux.Time{IsRelative: true},46							TimeColumn:  "_time",47							StartColumn: "_start",48							StopColumn:  "_stop",49						},50					},51					{52						ID: "pivot2",53						Spec: &universe.PivotOpSpec{54							RowKey:      []string{"_time"},55							ColumnKey:   []string{"_field"},56							ValueColumn: "_value"},57					},58					{59						ID: "experimental-to3",60						Spec: &experimental.ToOpSpec{61							Bucket: "series1",62							Org:    "fred",63							Host:   "localhost",64							Token:  "auth-token",65						},66					},67				},68				Edges: []flux.Edge{69					{Parent: "influxDBFrom0", Child: "range1"},70					{Parent: "range1", Child: "pivot2"},71					{Parent: "pivot2", Child: "experimental-to3"},72				},73			},74		},75	}76	for _, tc := range tests {77		tc := tc78		t.Run(tc.Name, func(t *testing.T) {79			t.Parallel()80			querytest.NewQueryTestHelper(t, tc)81		})82	}83}84func TestToOpSpec_BucketsAccessed(t *testing.T) {85	bucketName := "my_bucket"86	bucketIDString := "ddddccccbbbbaaaa"87	bucketID, err := platform.IDFromString(bucketIDString)88	if err != nil {89		t.Fatal(err)90	}91	orgName := "my_org"92	orgIDString := "aaaabbbbccccdddd"93	orgID, err := platform.IDFromString(orgIDString)94	if err != nil {95		t.Fatal(err)96	}97	tests := []pquerytest.BucketsAccessedTestCase{98		{99			Name: "from() with bucket and to with org and bucket",100			Raw: fmt.Sprintf(`import "experimental"101from(bucket:"%s")102  |> experimental.to(bucket:"%s", org:"%s")`, bucketName, bucketName, orgName),103			WantReadBuckets:  &[]platform.BucketFilter{{Name: &bucketName}},104			WantWriteBuckets: &[]platform.BucketFilter{{Name: &bucketName, Org: &orgName}},105		},106		{107			Name: "from() with bucket and to with orgID and bucket",108			Raw: fmt.Sprintf(`import "experimental"109from(bucket:"%s") |> experimental.to(bucket:"%s", orgID:"%s")`, bucketName, bucketName, orgIDString),110			WantReadBuckets:  &[]platform.BucketFilter{{Name: &bucketName}},111			WantWriteBuckets: &[]platform.BucketFilter{{Name: &bucketName, OrganizationID: orgID}},112		},113		{114			Name: "from() with bucket and to with orgID and bucketID",115			Raw: fmt.Sprintf(`import "experimental"116from(bucket:"%s") |> experimental.to(bucketID:"%s", orgID:"%s")`, bucketName, bucketIDString, orgIDString),117			WantReadBuckets:  &[]platform.BucketFilter{{Name: &bucketName}},118			WantWriteBuckets: &[]platform.BucketFilter{{ID: bucketID, OrganizationID: orgID}},119		},120	}121	for _, tc := range tests {122		tc := tc123		t.Run(tc.Name, func(t *testing.T) {124			t.Parallel()125			pquerytest.BucketsAccessedTestHelper(t, tc)126		})127	}128}129func TestTo_Process(t *testing.T) {130	oid, _ := mock.OrganizationLookup{}.Lookup(context.Background(), "my-org")131	bid, _ := mock.BucketLookup{}.Lookup(context.Background(), oid, "my-bucket")132	type wanted struct {133		result *mock.PointsWriter134	}135	testCases := []struct {136		name    string137		spec    *experimental.ToProcedureSpec138		data    []*executetest.Table139		want    wanted140		wantErr error141	}{142		{143			name: "measurement not in group key",144			spec: &experimental.ToProcedureSpec{145				Spec: &experimental.ToOpSpec{146					Org:    "my-org",147					Bucket: "my-bucket",148				},149			},150			data: []*executetest.Table{{151				KeyCols: []string{},152				ColMeta: []flux.ColMeta{153					{Label: "_start", Type: flux.TTime},154					{Label: "_stop", Type: flux.TTime},155					{Label: "_time", Type: flux.TTime},156					{Label: "_measurement", Type: flux.TString},157					{Label: "v", Type: flux.TFloat},158				},159				Data: [][]interface{}{160					{execute.Time(0), execute.Time(100), execute.Time(11), "a", 2.0},161					{execute.Time(0), execute.Time(100), execute.Time(21), "a", 2.0},162					{execute.Time(0), execute.Time(100), execute.Time(21), "b", 1.0},163					{execute.Time(0), execute.Time(100), execute.Time(31), "a", 3.0},164					{execute.Time(0), execute.Time(100), execute.Time(41), "c", 4.0},165				},166			}},167			wantErr: errors.New(`required column "_measurement" not in group key`),168		},169		{170			name: "non-string in group key",171			spec: &experimental.ToProcedureSpec{172				Spec: &experimental.ToOpSpec{173					Org:    "my-org",174					Bucket: "my-bucket",175				},176			},177			data: []*executetest.Table{{178				KeyCols: []string{"_measurement", "_start", "_stop", "gkcol"},179				ColMeta: []flux.ColMeta{180					{Label: "gkcol", Type: flux.TFloat},181					{Label: "_start", Type: flux.TTime},182					{Label: "_stop", Type: flux.TTime},183					{Label: "_time", Type: flux.TTime},184					{Label: "_measurement", Type: flux.TString},185					{Label: "v", Type: flux.TFloat},186				},187				Data: [][]interface{}{188					{100.0, execute.Time(0), execute.Time(100), execute.Time(11), "a", 2.0},189					{100.0, execute.Time(0), execute.Time(100), execute.Time(21), "a", 2.0},190					{100.0, execute.Time(0), execute.Time(100), execute.Time(21), "a", 1.0},191					{100.0, execute.Time(0), execute.Time(100), execute.Time(31), "a", 3.0},192					{100.0, execute.Time(0), execute.Time(100), execute.Time(41), "a", 4.0},193				},194			}},195			wantErr: errors.New(`group key column "gkcol" has type float; type string is required`),196		},197		{198			name: "unpivoted data with _field column",199			spec: &experimental.ToProcedureSpec{200				Spec: &experimental.ToOpSpec{201					Org:    "my-org",202					Bucket: "my-bucket",203				},204			},205			data: []*executetest.Table{{206				KeyCols: []string{"_measurement", "_start", "_stop", "_field"},207				ColMeta: []flux.ColMeta{208					{Label: "_field", Type: flux.TString},209					{Label: "_start", Type: flux.TTime},210					{Label: "_stop", Type: flux.TTime},211					{Label: "_time", Type: flux.TTime},212					{Label: "_measurement", Type: flux.TString},213					{Label: "_value", Type: flux.TFloat},214				},215				Data: [][]interface{}{216					{"cpu", execute.Time(0), execute.Time(100), execute.Time(11), "a", 2.0},217					{"cpu", execute.Time(0), execute.Time(100), execute.Time(21), "a", 2.0},218					{"cpu", execute.Time(0), execute.Time(100), execute.Time(21), "a", 1.0},219					{"cpu", execute.Time(0), execute.Time(100), execute.Time(31), "a", 3.0},220					{"cpu", execute.Time(0), execute.Time(100), execute.Time(41), "a", 4.0},221				},222			}},223			wantErr: errors.New(`found column "_field" in the group key; experimental.to() expects pivoted data`),224		},225		{226			name: "no time column",227			spec: &experimental.ToProcedureSpec{228				Spec: &experimental.ToOpSpec{229					Org:    "my-org",230					Bucket: "my-bucket",231				},232			},233			data: []*executetest.Table{{234				KeyCols: []string{"_measurement", "_start", "_stop"},235				ColMeta: []flux.ColMeta{236					{Label: "_start", Type: flux.TTime},237					{Label: "_stop", Type: flux.TTime},238					{Label: "_measurement", Type: flux.TString},239					{Label: "v", Type: flux.TFloat},240				},241				Data: [][]interface{}{242					{execute.Time(0), execute.Time(100), "a", 2.0},243					{execute.Time(0), execute.Time(100), "a", 2.0},244					{execute.Time(0), execute.Time(100), "a", 1.0},245					{execute.Time(0), execute.Time(100), "a", 1.0},246					{execute.Time(0), execute.Time(100), "a", 1.0},247					{execute.Time(0), execute.Time(100), "a", 3.0},248					{execute.Time(0), execute.Time(100), "a", 4.0},249				},250			}},251			wantErr: errors.New(`input table is missing required column "_time"`),252		},253		{254			name: "time column wrong type",255			spec: &experimental.ToProcedureSpec{256				Spec: &experimental.ToOpSpec{257					Org:    "my-org",258					Bucket: "my-bucket",259				},260			},261			data: []*executetest.Table{{262				KeyCols: []string{"_measurement", "_start", "_stop"},263				ColMeta: []flux.ColMeta{264					{Label: "_start", Type: flux.TTime},265					{Label: "_stop", Type: flux.TTime},266					{Label: "_time", Type: flux.TString},267					{Label: "_measurement", Type: flux.TString},268					{Label: "v", Type: flux.TFloat},269				},270				Data: [][]interface{}{271					{execute.Time(0), execute.Time(100), "eleven", "a", 2.0},272					{execute.Time(0), execute.Time(100), "twenty-one", "a", 2.0},273					{execute.Time(0), execute.Time(100), "twenty-one", "a", 1.0},274					{execute.Time(0), execute.Time(100), "thirty-one", "a", 3.0},275					{execute.Time(0), execute.Time(100), "forty-one", "a", 4.0},276				},277			}},278			wantErr: errors.New(`column "_time" has type string; type time is required`),279		},280		{281			name: "field invalid type",282			spec: &experimental.ToProcedureSpec{283				Spec: &experimental.ToOpSpec{284					Org:    "my-org",285					Bucket: "my-bucket",286				},287			},288			data: []*executetest.Table{{289				KeyCols: []string{"_measurement", "_start", "_stop"},290				ColMeta: []flux.ColMeta{291					{Label: "_start", Type: flux.TTime},292					{Label: "_stop", Type: flux.TTime},293					{Label: "_time", Type: flux.TTime},294					{Label: "_measurement", Type: flux.TString},295					{Label: "v", Type: flux.TTime},296				},297				Data: [][]interface{}{298					{execute.Time(0), execute.Time(100), execute.Time(11), "a", execute.Time(11)},299					{execute.Time(0), execute.Time(100), execute.Time(21), "a", execute.Time(11)},300					{execute.Time(0), execute.Time(100), execute.Time(21), "a", execute.Time(11)},301					{execute.Time(0), execute.Time(100), execute.Time(31), "a", execute.Time(11)},302					{execute.Time(0), execute.Time(100), execute.Time(41), "a", execute.Time(11)},303				},304			}},305			wantErr: errors.New("unsupported field type time"),306		},307		{308			name: "simple case",309			spec: &experimental.ToProcedureSpec{310				Spec: &experimental.ToOpSpec{311					Org:    "my-org",312					Bucket: "my-bucket",313				},314			},315			data: []*executetest.Table{{316				KeyCols: []string{"_measurement", "_start", "_stop"},317				ColMeta: []flux.ColMeta{318					{Label: "_start", Type: flux.TTime},319					{Label: "_stop", Type: flux.TTime},320					{Label: "_time", Type: flux.TTime},321					{Label: "_measurement", Type: flux.TString},322					{Label: "v", Type: flux.TFloat},323				},324				Data: [][]interface{}{325					{execute.Time(0), execute.Time(100), execute.Time(11), "a", 2.0},326					{execute.Time(0), execute.Time(100), execute.Time(21), "a", 2.0},327					{execute.Time(0), execute.Time(100), execute.Time(21), "a", 1.0},328					{execute.Time(0), execute.Time(100), execute.Time(31), "a", 3.0},329					{execute.Time(0), execute.Time(100), execute.Time(41), "a", 4.0},330				},331			}},332			want: wanted{333				result: &mock.PointsWriter{334					Points: mockPoints(oid, bid, `a v=2 11335a v=2 21336a v=1 21337a v=3 31338a v=4 41`),339				},340			},341		},342		{343			name: "two tags",344			spec: &experimental.ToProcedureSpec{345				Spec: &experimental.ToOpSpec{346					Org:    "my-org",347					Bucket: "my-bucket",348				},349			},350			data: []*executetest.Table{{351				KeyCols: []string{"_measurement", "_start", "_stop", "t"},352				ColMeta: []flux.ColMeta{353					{Label: "_start", Type: flux.TTime},354					{Label: "_stop", Type: flux.TTime},355					{Label: "_time", Type: flux.TTime},356					{Label: "_measurement", Type: flux.TString},357					{Label: "t", Type: flux.TString},358					{Label: "v", Type: flux.TFloat},359				},360				Data: [][]interface{}{361					{execute.Time(0), execute.Time(100), execute.Time(11), "a", "x", 2.0},362					{execute.Time(0), execute.Time(100), execute.Time(21), "a", "x", 2.0},363					{execute.Time(0), execute.Time(100), execute.Time(21), "a", "x", 1.0},364					{execute.Time(0), execute.Time(100), execute.Time(31), "a", "x", 3.0},365					{execute.Time(0), execute.Time(100), execute.Time(41), "a", "x", 4.0},366				},367			}},368			want: wanted{369				result: &mock.PointsWriter{370					Points: mockPoints(oid, bid, `a,t=x v=2 11371a,t=x v=2 21372a,t=x v=1 21373a,t=x v=3 31374a,t=x v=4 41`),375				},376			},377		},378		{379			name: "two tags measurement not first",380			spec: &experimental.ToProcedureSpec{381				Spec: &experimental.ToOpSpec{382					Org:    "my-org",383					Bucket: "my-bucket",384				},385			},386			data: []*executetest.Table{{387				KeyCols: []string{"_start", "_stop", "t", "_measurement"},388				ColMeta: []flux.ColMeta{389					{Label: "_start", Type: flux.TTime},390					{Label: "_stop", Type: flux.TTime},391					{Label: "_time", Type: flux.TTime},392					{Label: "t", Type: flux.TString},393					{Label: "_measurement", Type: flux.TString},394					{Label: "v", Type: flux.TFloat},395				},396				Data: [][]interface{}{397					{execute.Time(0), execute.Time(100), execute.Time(11), "x", "a", 2.0},398					{execute.Time(0), execute.Time(100), execute.Time(21), "x", "a", 2.0},399					{execute.Time(0), execute.Time(100), execute.Time(21), "x", "a", 1.0},400					{execute.Time(0), execute.Time(100), execute.Time(31), "x", "a", 3.0},401					{execute.Time(0), execute.Time(100), execute.Time(41), "x", "a", 4.0},402				},403			}},404			want: wanted{405				result: &mock.PointsWriter{406					Points: mockPoints(oid, bid, `a,t=x v=2 11407a,t=x v=2 21408a,t=x v=1 21409a,t=x v=3 31410a,t=x v=4 41`),411				},412			},413		},414		{415			name: "two fields",416			spec: &experimental.ToProcedureSpec{417				Spec: &experimental.ToOpSpec{418					Org:    "my-org",419					Bucket: "my-bucket",420				},421			},422			data: []*executetest.Table{{423				KeyCols: []string{"_measurement", "_start", "_stop"},424				ColMeta: []flux.ColMeta{425					{Label: "_start", Type: flux.TTime},426					{Label: "_stop", Type: flux.TTime},427					{Label: "_time", Type: flux.TTime},428					{Label: "_measurement", Type: flux.TString},429					{Label: "v", Type: flux.TFloat},430					{Label: "w", Type: flux.TFloat},431				},432				Data: [][]interface{}{433					{execute.Time(0), execute.Time(100), execute.Time(11), "a", 2.0, 3.5},434					{execute.Time(0), execute.Time(100), execute.Time(21), "a", 2.0, 3.5},435					{execute.Time(0), execute.Time(100), execute.Time(21), "a", 1.0, 2.5},436					{execute.Time(0), execute.Time(100), execute.Time(31), "a", 3.0, 4.5},437					{execute.Time(0), execute.Time(100), execute.Time(41), "a", 4.0, 5.5},438				},439			}},440			want: wanted{441				result: &mock.PointsWriter{442					Points: mockPoints(oid, bid, `a v=2,w=3.5 11443a v=2,w=3.5 21444a v=1,w=2.5 21445a v=3,w=4.5 31446a v=4,w=5.5 41`),447				},448			},449		},450		{451			name: "two fields and key column",452			spec: &experimental.ToProcedureSpec{453				Spec: &experimental.ToOpSpec{454					Org:    "my-org",455					Bucket: "my-bucket",456				},457			},458			data: []*executetest.Table{{459				KeyCols: []string{"_measurement", "key1"},460				ColMeta: []flux.ColMeta{461					{Label: "key1", Type: flux.TString},462					{Label: "_start", Type: flux.TTime},463					{Label: "_stop", Type: flux.TTime},464					{Label: "_time", Type: flux.TTime},465					{Label: "_measurement", Type: flux.TString},466					{Label: "v", Type: flux.TFloat},467					{Label: "w", Type: flux.TFloat},468				},469				Data: [][]interface{}{470					{"v1", execute.Time(0), execute.Time(100), execute.Time(11), "a", 2.0, 3.5},471					{"v1", execute.Time(0), execute.Time(100), execute.Time(21), "a", 2.0, 3.5},472					{"v1", execute.Time(0), execute.Time(100), execute.Time(21), "a", 1.0, 2.5},473					{"v1", execute.Time(0), execute.Time(100), execute.Time(31), "a", 3.0, 4.5},474					{"v1", execute.Time(0), execute.Time(100), execute.Time(41), "a", 4.0, 5.5},475				},476			}},477			want: wanted{478				result: &mock.PointsWriter{479					Points: mockPoints(oid, bid, `a,key1=v1 v=2,w=3.5 11480a,key1=v1 v=2,w=3.5 21481a,key1=v1 v=1,w=2.5 21482a,key1=v1 v=3,w=4.5 31483a,key1=v1 v=4,w=5.5 41`),484				},485			},486		},487		{488			name: "unordered tags",489			spec: &experimental.ToProcedureSpec{490				Spec: &experimental.ToOpSpec{491					Org:    "my-org",492					Bucket: "my-bucket",493				},494			},495			data: []*executetest.Table{{496				KeyCols: []string{"_measurement", "_start", "_stop", "t1", "t0"},497				ColMeta: []flux.ColMeta{498					{Label: "_start", Type: flux.TTime},499					{Label: "_stop", Type: flux.TTime},500					{Label: "_time", Type: flux.TTime},501					{Label: "_measurement", Type: flux.TString},502					{Label: "t1", Type: flux.TString},503					{Label: "t0", Type: flux.TString},504					{Label: "v", Type: flux.TFloat},505				},506				Data: [][]interface{}{507					{execute.Time(0), execute.Time(100), execute.Time(11), "a", "val1", "val0", 2.0},508					{execute.Time(0), execute.Time(100), execute.Time(21), "a", "val1", "val0", 2.0},509					{execute.Time(0), execute.Time(100), execute.Time(21), "a", "val1", "val0", 1.0},510					{execute.Time(0), execute.Time(100), execute.Time(31), "a", "val1", "val0", 3.0},511					{execute.Time(0), execute.Time(100), execute.Time(41), "a", "val1", "val0", 4.0},512				},513			}},514			want: wanted{515				result: &mock.PointsWriter{516					Points: mockPoints(oid, bid, `a,t0=val0,t1=val1 v=2 11517a,t0=val0,t1=val1 v=2 21518a,t0=val0,t1=val1 v=1 21519a,t0=val0,t1=val1 v=3 31520a,t0=val0,t1=val1 v=4 41`),521				},522			},523		},524	}525	for _, tc := range testCases {526		tc := tc527		t.Run(tc.name, func(t *testing.T) {528			deps := mockDependencies()529			inTables := make([]flux.Table, 0, len(tc.data))530			wantTables := make([]*executetest.Table, 0, len(tc.data))531			for _, tbl := range tc.data {532				rwTable := &executetest.RowWiseTable{Table: tbl}533				inTables = append(inTables, rwTable)534				wantTables = append(wantTables, tbl)535			}536			executetest.ProcessTestHelper(537				t,538				inTables,539				wantTables,540				tc.wantErr,541				func(d execute.Dataset, c execute.TableBuilderCache) execute.Transformation {542					newT, _ := experimental.NewToTransformation(context.TODO(), d, c, tc.spec, deps)543					return newT544				},545			)546			if tc.wantErr == nil {547				pw := deps.PointsWriter.(*mock.PointsWriter)548				if len(pw.Points) != len(tc.want.result.Points) {549					t.Errorf("Expected result values to have length of %d but got %d", len(tc.want.result.Points), len(pw.Points))550				}551				gotStr := pointsToStr(pw.Points)552				wantStr := pointsToStr(tc.want.result.Points)553				if !cmp.Equal(gotStr, wantStr) {554					t.Errorf("got other than expected %s", cmp.Diff(gotStr, wantStr))555				}556			}557		})558	}559}560func mockDependencies() influxdb.ToDependencies {561	return influxdb.ToDependencies{562		BucketLookup:       mock.BucketLookup{},563		OrganizationLookup: mock.OrganizationLookup{},564		PointsWriter:       new(mock.PointsWriter),565	}566}567func mockPoints(org, bucket platform.ID, pointdata string) []models.Point {568	name := tsdb.EncodeName(org, bucket)569	points, err := models.ParsePoints([]byte(pointdata), name[:])570	if err != nil {571		return nil572	}573	return points574}575func pointsToStr(points []models.Point) string {576	outStr := ""577	for _, x := range points {578		outStr += x.String() + "\n"579	}580	return outStr581}...

executeTest

Using AI Code Generation

1import "v1"2func main() {3  v1.executeTest()4}5import "v2"6func main() {7  v2.executeTest()8}9import "v3"10func main() {11  v3.executeTest()12}13import "v4"14func main() {15  v4.executeTest()16}17import "v5"18func main() {19  v5.executeTest()20}21import "v6"22func main() {23  v6.executeTest()24}25import "v7"26func main() {27  v7.executeTest()28}29import "v8"30func main() {31  v8.executeTest()32}33import "v9"34func main() {35  v9.executeTest()36}37import "v10"38func main() {39  v10.executeTest()40}41import "v11"42func main() {43  v11.executeTest()44}45import "v12"46func main() {47  v12.executeTest()48}49import "v13"50func main() {51  v13.executeTest()52}53import

executeTest

Using AI Code Generation

1func main() {2    v1 := v1{}3    v1.executeTest()4}5func main() {6    v1 := v1{}7    v1.executeTest()8}9func main() {10    v1 := v1{}11    v1.executeTest()12}13func main() {14    v1 := v1{}15    v1.executeTest()16}17func main() {18    v1 := v1{}19    v1.executeTest()20}21func main() {22    v1 := v1{}23    v1.executeTest()24}25func main() {26    v1 := v1{}27    v1.executeTest()28}29func main() {30    v1 := v1{}31    v1.executeTest()32}33func main() {34    v1 := v1{}35    v1.executeTest()36}37func main() {38    v1 := v1{}39    v1.executeTest()40}41func main() {42    v1 := v1{}43    v1.executeTest()44}45func main() {46    v1 := v1{}47    v1.executeTest()48}49func main() {50    v1 := v1{}51    v1.executeTest()52}53func main() {54    v1 := v1{}55    v1.executeTest()

executeTest

Using AI Code Generation

1v1 obj = new v1();2obj.executeTest();3v1 obj = new v1();4obj.executeTest();5Now if I want to use executeTest method of v1 class in 1.go file, then I will have to import this class file in 1.go file. But if v1 class is in 2.go file, then how will I import this class in 1.go file?6require (

executeTest

Using AI Code Generation

1import (2func main() {3	v1 := v1.New()4	v1.ExecuteTest()5}6type V1 struct {7}8func New() *V1 {9	return &V1{}10}11func (v1 *V1) ExecuteTest() {12	println("execute test")13}14type V2 struct {15}16func New() *V2 {17	return &V2{}18}19func (v2 *V2) ExecuteTest() {20	println("execute test")21}22import (23func TestExecuteTest(t *testing.T) {24	v2 := New()25	v2.ExecuteTest()26}27require (

executeTest

Using AI Code Generation

1v1.executeTest()2v2.executeTest()3The above code will work fine, but the problem is that you have to import v1 and v2 in 2.go and 3.go respectively. If you have 100 files, you will have to import v1 and v2 in all 100 files. This is not a good design. Instead, you can use the following code:4v1.executeTest()5v2.executeTest()6v2.executeTest()7v1.executeTest()8v2.executeTest()9The above code will work fine, but the problem is that you have to import v1 and v2 in 2.go and 3.go respectively. If you have 100 files, you will have to import v1 and v2 in all 100 files. This is not a good design. Instead, you can use the following code:10v1.executeTest()11v2.executeTest()12v2.executeTest()13v1.executeTest()14v2.executeTest()15The above code will work fine, but the problem is that you have to import v1 and v2 in 2.go and 3.go respectively. If you have 100 files, you will have to import v1 and v2 in all 100 files. This is not a good design. Instead, you can use the following code:

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.