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

Copied to Clipboard!

How to use UpdateTC method of regression Package

Best Keploy code snippet using regression.UpdateTC

regression.go

Source:regression.go

...118		return nil, errors.New("internal failure")119	}120	return tcs, nil121}122func (r *Regression) UpdateTC(ctx context.Context, t []models.TestCase) error {123	for _, v := range t {124		err := r.tdb.UpdateTC(ctx, v)125		if err != nil {126			r.log.Error("failed to insert testcase into DB", zap.String("appID", v.AppID), zap.Error(err))127			return errors.New("internal failure")128		}129	}130	r.tele.EditTc(r.client, ctx)131	return nil132}133func (r *Regression) putTC(ctx context.Context, cid string, t models.TestCase) (string, error) {134	t.CID = cid135	var err error136	if r.EnableDeDup {137		// check if already exists138		dup, err := r.isDup(ctx, &t)...

service.go

Source:service.go

...10	Put(ctx context.Context, cid string, t []models.TestCase) ([]string, error)11	DeNoise(ctx context.Context, cid, id, app, body string, h http.Header) error12	Test(ctx context.Context, cid, app, runID, id string, resp models.HttpResp) (bool, error)13	GetApps(ctx context.Context, cid string) ([]string, error)14	UpdateTC(ctx context.Context, t []models.TestCase) error15	DeleteTC(ctx context.Context, cid, id string) error16}...

UpdateTC

Using AI Code Generation

1import (2func main() {3	r := new(regression.Regression)4	r.SetObserved("Y")5	r.SetVar(0, "X")6	r.Train(7		regression.DataPoint(2.0, []float64{1.0}, []string{"A"}),8		regression.DataPoint(3.0, []float64{2.0}, []string{"B"}),9		regression.DataPoint(4.0, []float64{3.0}, []string{"C"}),10	r.UpdateTC(0, "A", 0.0)11	r.UpdateTC(0, "B", 1.0)12	r.UpdateTC(0, "C", 2.0)13	fmt.Printf("Regression Formula:\n%v14	fmt.Printf("R2: %v15}16import (17func main() {18	r := new(regression.Regression)19	r.SetObserved("Y")20	r.SetVar(0, "X")21	r.Train(22		regression.DataPoint(2.0, []float64{1.0}, []string{"A"}),23		regression.DataPoint(3.0, []float64{2.0}, []string{"B"}),24		regression.DataPoint(4.0, []float64{3.0}, []string{"C"}),25	r.UpdateTC(0, "A", 0.0)26	r.UpdateTC(0, "B", 1.0)27	r.UpdateTC(0, "C", 2.0)28	fmt.Printf("Regression Formula:29	fmt.Printf("R2: %v30}

UpdateTC

Using AI Code Generation

1import (2func main() {3	r := new(regression.Regression)4	r.SetObserved("Y")5	r.SetVar(0, "X")6	r.Train(regression.Data{7		{Y: 10, X: 0},8		{Y: 20, X: 1},9		{Y: 30, X: 2},10		{Y: 40, X: 3},11	})12	r.UpdateTC(0, 1, 1)13	r.Run()14	fmt.Printf("Regression formula: %v15	fmt.Printf("Regression:\n%v16}17        Y (dependent)18X (1 independent):19        Y (dependent)20X (1 independent):21        Y (dependent)22X (1 independent):23        Y (dependent)24X (1 independent):

UpdateTC

Using AI Code Generation

1import (2func main() {3	r.SetObserved("Y")4	r.SetVar(0, "X")5	r.Train(regression.Data{6		{X: []float64{1}, Y: 10},7		{X: []float64{2}, Y: 20},8		{X: []float64{3}, Y: 30},9		{X: []float64{4}, Y: 40},10		{X: []float64{5}, Y: 50},11		{X: []float64{6}, Y: 60},12		{X: []float64{7}, Y: 70},13		{X: []float64{8}, Y: 80},14		{X: []float64{9}, Y: 90},15		{X: []float64{10}, Y: 100},16	})17	r.Run()18	fmt.Printf("Regression Formula: %v19	fmt.Printf("Regression Formula: %v20	fmt.Printf("Regression Formula: %v21", r.Coeff(0))22	fmt.Printf("Regression Formula: %v23", r.Coeff(1))24	fmt.Printf("Regression Formula: %v25", r.Coeff(2))26	fmt.Printf("Regression Formula: %v27", r.Coeff(3))28	fmt.Printf("Regression Formula: %v29", r.Coeff(4))30	fmt.Printf("Regression Formula: %v31", r.Coeff(5))32	fmt.Printf("Regression Formula: %v33", r.Coeff(6))34	fmt.Printf("Regression Formula: %v35", r.Coeff(7))36	fmt.Printf("Regression Formula: %v37", r.Coeff(8))38	fmt.Printf("Regression Formula: %v39", r.Coeff(9))40	fmt.Printf("Regression Formula: %v41", r.Coeff(10))42	r.UpdateTC(1, 11)43	r.UpdateTC(2, 21)44	r.UpdateTC(3, 31)45	r.UpdateTC(4, 41)46	r.UpdateTC(5, 51)47	r.UpdateTC(6, 61)48	r.UpdateTC(7, 71)49	r.UpdateTC(8, 81)50	r.UpdateTC(9,

UpdateTC

Using AI Code Generation

1import (2func main() {3	r.SetObserved("Y")4	r.SetVar(0, "X")5	r.Train(regression.DataPoint(2.5, []float64{1}, []string{"X"}))6	r.Train(regression.DataPoint(0.5, []float64{2}, []string{"X"}))7	r.Train(regression.DataPoint(2.2, []float64{3}, []string{"X"}))8	r.Train(regression.DataPoint(0.9, []float64{4}, []string{"X"}))9	r.Train(regression.DataPoint(3.0, []float64{5}, []string{"X"}))10	r.Run()11	fmt.Printf("\nRegression Formula:\n")12	fmt.Printf("%v\n", r.Formula)13	r.UpdateTC(regression.DataPoint(2.1, []float64{6}, []string{"X"}))14	fmt.Printf("\nRegression Formula:\n")15	fmt.Printf("%v\n", r.Formula)16}

UpdateTC

Using AI Code Generation

1import (2func main() {3	x := []float64{1.0, 2.0, 3.0, 4.0, 5.0, 6.0, 7.0, 8.0, 9.0, 10.0}4	y := []float64{2.0, 4.0, 6.0, 8.0, 10.0, 12.0, 14.0, 16.0, 18.0, 20.0}5	reg.SetObserved("x", x)6	reg.SetObserved("y", y)7	dist := distuv.Normal{8	}9	for i := 0; i < 10; i++ {10		x = append(x, float64(i+11))11		y = append(y, 2*float64(i+11))12		reg.SetObserved("x", x)13		reg.SetObserved("y", y)14		reg.UpdateTC(dist)15	}16	const (17	fmt.Printf("coeff: %v18", reg.Coeff(coeffName))19	fmt.Printf("intercept: %v20", reg.Coeff(intercept))21	fmt.Printf("std err: %v22", reg.StdErr(coeffName))23	fmt.Printf("t stat: %v24", reg.TStat(coeffName))25	fmt.Printf("p value: %v26", reg.PValue(coeffName))27	fmt.Printf("r2: %v28", reg.R2())29	fmt.Printf("f stat: %v30", reg.FStat())31	fmt.Printf("r2 adj: %v32", reg.R2Adj())33}

UpdateTC

Using AI Code Generation

1import (2func main() {3	x := []float64{1, 2, 3, 4, 5, 6, 7, 8, 9, 10}4	y := []float64{1, 3, 2, 5, 7, 8, 8, 9, 10, 12}5	reg := stat.Regression{}6	reg.Fit(x, y)7	fmt.Printf("Y = %0.2f + %0.2f X8	fmt.Printf("Correlation = %0.2f9	fmt.Printf("Y-intercept = %0.2f10	fmt.Printf("Slope = %0.2f11	fmt.Printf("Standard error = %0.2f12	fmt.Printf("Standard error of the slope = %0.2f13	fmt.Printf("Standard error of the y-intercept = %0.2f14	fmt.Printf("t-statistic of the y-intercept = %0.2f15	fmt.Printf("t-statistic of the slope = %0.2f16	fmt.Printf("p-value of the y-intercept = %0.2f17	fmt.Printf("p-value of the slope = %0.2f18	fmt.Printf("F-statistic = %0.2

UpdateTC

Using AI Code Generation

1import (2func main() {3	r.SetObserved("Y")4	r.SetVar(0, "X")5	r.Train(regression.DataPoint(0.0, []float64{1.0}))6	r.Train(regression.DataPoint(0.0, []float64{1.0}))7	r.Train(regression.DataPoint(0.0, []float64{1.0}))8	r.Train(regression.DataPoint(0.0, []float64{1.0}))9	r.Train(regression.DataPoint(0.0, []float64{1.0}))10	r.Train(regression.DataPoint(0.0, []float64{1.0}))11	r.Train(regression.DataPoint(0.0, []float64{1.0}))12	r.Train(regression.DataPoint(0.0, []float64{1.0}))13	r.Train(regression.DataPoint(0.0, []float64{1.0}))14	r.Train(regression.DataPoint(0.0, []float64{1.0}))15	r.Train(regression.DataPoint(0.0, []float64{1.0}))16	r.Train(regression.DataPoint(0.0, []float64{1.0}))17	r.Run()18	fmt.Printf("Regression Formula: %v19	fmt.Printf("Regression Formula: %v20", r.Coeff(0))21	fmt.Printf("Regression Formula: %v22", r.Coeff(1))23	fmt.Printf("Regression Formula: %v24", r.Coeff(2))25	fmt.Printf("Regression Formula: %v26", r.Coeff(3))27	fmt.Printf("Regression Formula: %v28", r.Coeff(4))29	fmt.Printf("Regression Formula: %v30", r.Coeff(5))31	fmt.Printf("Regression Formula: %v32", r.Coeff(6))33	fmt.Printf("Regression Formula: %v34", r.Coeff(7))35	fmt.Printf("Regression Formula: %v36", r.Coeff(8))37	fmt.Printf("Regression Formula: %v

UpdateTC

Using AI Code Generation

1import (2func main() {3    r := num.NewRegression(2)4    r.Add(1, 1, 1)5    r.Add(2, 2, 4)6    r.Add(3, 3, 9)7    r.Add(4, 4, 16)8    r.Add(5, 5, 25)9    r.UpdateTC(func(p []float64) float64 {10        for i := 0; i < r.N(); i++ {11            x, y, z := r.Get(i)12            sum += (model - y) * (model - y)13        }14    })15    p := r.Params()16    fmt.Println(p)17}

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.